Re-NEET 2026 ➡️Full Paper Prediction🔥180/180 in CHEMISTRY⚡ DECODING NCERT||Dr.Sreenivas

Added: 2026-06-09

[00:00:03]Hi Students Welcome to Neet Aphoristics Is the audio clear for everything?

[00:00:10]Is it possible?

[00:00:12]Is there clear audio for everything?

[00:00:18]Just tell me a little bit about that.

[00:00:19]Is there clear audio for everything?

[00:00:26]Okay Can we start?

[00:00:54]So these are my students' notes.

[00:00:57]I'm going to take this today, just in case.

[00:00:59]Okay, why are you coming now?

[00:01:00]Sit down and teach us.

[00:01:01]If we were, it would be too late. So When the note is completed, come.

[00:01:06]You will be better off. Periodic This one note is enough for classification.

[00:01:10]Extra you need to read.

[00:01:11]There is no such thing as a single note.

[00:01:14]You have enough periodic.

[00:01:15]Classification is OK for data extraction.

[00:01:17]You should read anything else.

[00:01:18]No need, it's from here.

[00:01:19]Costins have arrived on all 3.

[00:01:21][Breathing] So take note.

[00:01:22]Okewa Okay Okeppa Periodic Classification Wait.

[00:01:44]Conform Predictor Costs Enough.

[00:01:49]Okay, nothing is proper in this.

[00:01:51]Okay, this is my native channel.

[00:01:53]I'm not the first of all in the place.

[00:01:54]First, understand.

[00:02:06]Okay, who else is planning this?

[00:02:08]Scold me, start it.

[00:02:17]Okay, first of all, I'm here.

[00:02:20]I'm at a relative's house. So I have to take a class today.

[00:02:24]That's not how it is.

[00:02:25]From another relative's house to another I brought the wifi to a relative's house.

[00:02:29]It's a possible situation.

[00:02:32]Okay, that's it, nothing else.

[00:02:34]I will start the periodic.

[00:02:35]Classification This one note is enough.

[00:02:37]I am looking at my students.

[00:02:39]A student gave it to the class.

[00:02:40]Notes are for Periodic Classification.

[00:02:43]Okay, that's enough, why don't I come here and pick up the phone?

[00:02:44]I wrote the line and ran it the same way.

[00:02:46]It will take you three hours. 4 hours.

[00:02:47]It is. That's why I wrote the okay notes.

[00:02:49]A little better when conducting This is what it looks like.

[00:02:53]When you come and have a class end I will come back and tell you this.

[00:02:56]I'll put it on. I came here to tell the students.

[00:02:57]This periodical was purchased from PDO.

[00:02:59]I am giving you this classification.

[00:03:01]I'm posting on Telegram.

[00:03:02]Okay. Okay. So Introductions From Introductions to you Maximum and important costs Everything is in the introductions. So John Dobrinyar. What is John Dobrinier?

[00:03:14]If that's the case, then there's a similarity.

[00:03:16]Physical and Chemical Property App The whole and full key point is There will be. Do you know this key point?

[00:03:20]It's enough for you to come and finish.

[00:03:23]Whatever the exam costs, Exemption from Periodical Classification For writing. Okay, okay, similarity.

[00:03:29]The Physical and Chemical Property Apsell several groups of tari Elements Okewa is one of the three elements.

[00:03:34]A few in a periodic classification For a group with three elements Just come and take Physical and Chemical There is a similar property.

[00:03:42]It was said that John Robertin came and said that The Vandufleir method is the only one.

[00:03:46]Initial First Law of Triads Who said that?

[00:03:49]If you look at the Law of Triads The speaker is John Dobrinier, Okewa Highlight.

[00:03:53]Highlight the students who didn't do it.

[00:03:55]Okewa Jantobri is very very important.

[00:03:57]John Dobrynin's Law of Triads Okay, listen to what he said.

[00:04:01]There can be a total of three groups.

[00:04:03]The elements, those three elements, come It's similar. Its physical and Chemical property similar He is the one who said there is, okay?

[00:04:10]Who is John Dobrini, the author of the app Triads?

[00:04:13]Just read the key points.

[00:04:14]Which elements are OK?

[00:04:16]He is only for three sets in total.

[00:04:18]He said so. Who is who?

[00:04:19]Lithium, sodium, potassium. First Group Group Number One For lithium, sodium, potassium Come and see us.

[00:04:26]Come and say physical and chemical.

[00:04:28]There are properties. Same second.

[00:04:30]If you look at the group, calcium, Stannium and barium are also elements of this element.

[00:04:33]If you are looking for the same physical and It has chemical properties.

[00:04:35]Chlorine, bromine, iodine are If you watch three times, you will get the same physical result.

[00:04:38]And chemical properties.

[00:04:40]How can they come and do this to us?

[00:04:42]If you look at it that way, it's nothing.

[00:04:44]There is no simple method.

[00:04:45]So, a simple method If you look, this 7+39 is okay, 7+39 is not it?

[00:04:52]How much does it cost if I add 7+39 people?

[00:04:55]You have a 6 here and a 3 there. Okay?

[00:04:59]This is a pair of hubs, okay? This is a pair of wings 47 46 Put this in the hub. Did I put the hub in for this?

[00:05:10]Is the molecular mass for this 23?

[00:05:13]Available. Molecular mass Available. That's what I'm saying here.

[00:05:16]Wait, take a look, make a note.

[00:05:18]So, delete this or not, okay?

[00:05:24]Okay, okay, then pay close attention here, simpleton.

[00:05:27]I'm telling you, these notes are just notes.

[00:05:28]Please read the periodical.

[00:05:29]This classification is enough. Middle Element of each of the three has an Atomic bomb Between the Atoms of the Other Elements and atomic weights There is nothing wrong with the mall.

[00:05:43]The molar mass is the same. So correct.

[00:05:46]Atomic Weight Okewa Okewa [Serumutal] Okay, so that's the concept.

[00:05:58]Who is your role model?

[00:05:59]What can John Robin say?

[00:06:01]Who will come to the app trial?

[00:06:02]Lithium sodium potassium comes Otherwise, calcium, strontium, barium If it doesn't come, chlorine, bromine, iodine Coming soon, OK John Alexander.

[00:06:09]Newland John Alexander Newland is right, the word is Nisa, so so.

[00:06:14]Do you remember these eight walls?

[00:06:15]Just a little bit is enough. Nothing else.

[00:06:17]No. These eight walls are just coming.

[00:06:18]They say eight octets. So La App Octaves Law of Octet Oh, eight eight notes.

[00:06:27]Tell me, that's the note. So Element in increasing order of their Atomic Weight Atomic Weight Arrives Must be in ascending order. Note Noted that there are 8 elements Property Similar to the Bust There is no element. Look here.

[00:06:39]I have written the exam.

[00:06:40]Look at lithium, beryllium, boron, Carbon, nitrogen, oxygen, fluorine 7 Which element is sodium?

[00:06:49]This is the first element.

[00:06:50]Same for possible lithium.

[00:06:52]Property will be available. Same physical and chemical properties.

[00:06:55]Pay close attention to this lithium, sodium, Potassium is in the same group.

[00:06:59]Then the sound of Come and see the similarity to the original text.

[00:07:10]Ni cha cha cha that cha Come and do whatever you want, it's not good for us.

[00:07:15]Must be. Like Panna Students Like Okay, so that's it.

[00:07:17]They said that Newland was Nothing is the order of the ascending order.

[00:07:21]AtomicQuad and A 8 Elements has property similar to first element Okewa Newland of Ada to P tr Only for elements up to calcium this Come and see this new lens, very very much.

[00:07:32]This is the important key point.

[00:07:34]New Lanes is here, what's the deal?

[00:07:37]The definition is applicable to us.

[00:07:38]Did you hear me say that?

[00:07:39]Drunkardhu Upto Elements Upto Calcium is also true.

[00:07:44]Calcium is also true except for True.

[00:07:45]Above that This New Land for Elements We don't see anyone else saying that. Okewa So So these two are the best.

[00:07:52]The law of trial and failure is the law.

[00:07:54]App Octaves is also a failure.

[00:07:56]Okay, okay Here comes Triumvirate Mendeleev.

[00:08:00]Is it clear what he said?

[00:08:01]Watch out for this statement.

[00:08:03]Costs are very, very important.

[00:08:05]Statement Costs Very Very Students who don't like important things Like this statement, please.

[00:08:09]This is very, very important in terms of cost.

[00:08:10]Make a note and write that line down.

[00:08:12]I will watch you for a long time.

[00:08:14]Arranging element in the ascending order Ah the atomic weight very very very Which element is it now?

[00:08:20]However, the atomic weight is the same.

[00:08:22]You come and arrange it. This offer Example Lithium, beryllium, boron, carbon, Nitrogen, oxygen, fluorine Saying this, this atomic You come and order according to the wait.

[00:08:34]Arrange. And Similarity Appears in Physical and Chemical Properties. Then pay attention.

[00:08:40]Regarding atomic weight Did you arrange the period piece?

[00:08:43]What is the period based on atomic weight?

[00:08:46]How is the period arranged now?

[00:08:48]After lithium, beryllium, After Berlium, Boram, After boron, carbon, then carbon Then nitrogen, then nitrogen.

[00:08:52]Oxygen, oxygen then fluorine What is this after the florin?

[00:08:55]What is the basis for the order?

[00:08:57]Full and full come and atomic I'm doing weight training. Now Similarity Appears in Physical And chemical properties of what base Are you making it? I'm making a group base.

[00:09:04]In that group, lithium, sodium, Lithium, sodium, potassium, Rubidium, cesium, what base is this?

[00:09:12]Coming? Physical and Chemical The properties are being built. Then What are the physical and chemical properties?

[00:09:17]Is it done? Same physical and Chemical Properties Base Done. Period comes and goes atomic You have done weight base. So note Do it. Dontforget Mental Arrangement Elements in Horizontal Row.

[00:09:29]How to arrange horizontal Mendel If you do, the element will be horizontal.

[00:09:32]The periods are also in vertical time.

[00:09:34]The existing group also arranged it.

[00:09:36]Please pay attention in the order of their arrival.

[00:09:39]Atomic weight very very very very What order is important?

[00:09:43]You are in the atomic weight order that you arrange.

[00:09:45]You come and arrange this.

[00:09:48]What are similar properties based on?

[00:09:50]Similar properties are owned by the Same vertical period or group app Physical and Chemical Properties Which line is coming up with the group base?

[00:09:58]It's coming, it's coming to you.

[00:10:00]Atomic weight base is being made very This memory is a very key point period.

[00:10:04]Wait, what did you underline?

[00:10:06]Please, this is the Horizon Group.

[00:10:09]Rose period is for you.

[00:10:10]Increasing atomic weight is the same.

[00:10:13]What if there are similar properties?

[00:10:14]Physical Properties Chemical What is the reason for this?

[00:10:17]Please make a note of the time or group.

[00:10:20]This is the key point. So what's next?

[00:10:21]He clearly said, "Listen carefully."

[00:10:23]real on this limit this eric formula and property of the Kan Palm by the The element Okewa is very very important.

[00:10:31]Point Three Point Padichu Wow, this is very, very important, okay?

[00:10:35]Students who don't like it like it.

[00:10:36]I'm sorry, I didn't like it.

[00:10:38]Students, please like.

[00:10:41]Okewa Okay, next Lothar Meyer, this The scientist said, "Surely, Costins."

[00:10:49]Maximum for long-term use.

[00:10:51]There is a chance, please read it.

[00:10:54]Those who never miss, Okewa Lothar Mayer Physical Property Such Atomic Volume Melting Point Boiling Point Against Atomic Weight Up Periodically repeated patterns very A very important scientist said this I came here many times to play base.

[00:11:12]JIPMER has done this many times.

[00:11:13]Take note of the costs you are hearing.

[00:11:15]Oh, Lothar Meyer, that's right.

[00:11:17]What did the scientist do? Physics Properties Physical Property Law Who is this? Until now, you are physical.

[00:11:21]Properties Chemical Properties You said you're normal, now you're with us.

[00:11:25]Tell me about it so far.

[00:11:27]Density is its melting point.

[00:11:30]Just say it with a base and come and join us.

[00:11:32]Let's call it physical properties. Then Who is who in those physical properties?

[00:11:35]This is very, very important.

[00:11:36]Just keep the note.

[00:11:38]Atomic Volume Melting What is the boiling point?

[00:11:42]Against Atomic Weight Against the atomic weight Boiling point versus melting point Point Atomic Volume Base Panni Based on its physical properties He arranged the periodic table.

[00:11:54]Ogewa Lothar Meyer developed a table of Elim closely resembles very much important closely resms madan Periodic Table Modern Periodic You may have read it by now.

[00:12:04]The modern version of the periodic table This is Lothar Mayer's periodic table.

[00:12:08]What happened to the periodic table?

[00:12:10]The reason is against atomic weight.

[00:12:13]Its physical properties are: He made us a crab mac.

[00:12:17]Okay, that's it.

[00:12:21]Okay, okay, next time, Kaliyam and Germanium where unknown at the time Mandali Publications his periodic He left the cup under the table.

[00:12:32]Aluminum and silicon R and Call this element Eka Aluminum And one silicon and one aluminum One aluminum one silicon What if Pay close attention, he's coming.

[00:12:48]Mendel Mendeleev came to us.

[00:12:50]Who made the periodic classification?

[00:12:52]What will the midwife do when she comes for an interlude?

[00:12:54]Then he left the cape.

[00:12:56]What would come of that?

[00:12:58]What should come there, gallium germanium?

[00:13:00]Butt came there and aluminum silicon I said I would come and then I came to it.

[00:13:03]Aluminum and silicon He was there. So that's it.

[00:13:07]If you asked for the maximum, you would have asked.

[00:13:09]Okay, okay, look at that note.

[00:13:10]Next Very Very Important Name Kickstarter Nomenclatures Base Panni Two times came and last for years.

[00:13:16]The Times has arrived and the cost has arrived. So Students who didn't like it like it.

[00:13:19]Okay, Pannikoff. This is the first.

[00:13:21]Those who haven't subscribed to the Timena channel Please subscribe. Morning, I am.

[00:13:24]I posted a video, how many people?

[00:13:26]I don't know if you've seen it, but many people Is there a motivational video?

[00:13:29]You said that many people asked you which one?

[00:13:30]College is like that, so it's for that.

[00:13:32]Detailed Reveal Video I'm Coming Okay, I'm making a makeup. Now No matter what channel they are with Make a revelation about colleges.

[00:13:39]Put it in the personal account [first] I told my story and said so.

[00:13:43]So, make up like that.

[00:13:44]That's why I came here and did it right.

[00:13:46]I don't know my score or my colleges, but some Beth knows my colleges.

[00:13:49]I don't know how you found out.

[00:13:51]Okay, so there are zero problems.

[00:13:54]Very Important Zero Obstinacy Should I say stop or not?

[00:13:58]The meaning is so zero so one is close.

[00:14:02]Tuna by three three four four four Bent 6xna Hex 7na Sept O Act nine is the number you came from.

[00:14:13]It will be organic.

[00:14:14]It's like putting names in organic.

[00:14:15]What difference does it make?

[00:14:18][First] Something organic Let's say Mono. One by one Let's say it's mono. So here Let's just say that I'm the one who's like 9.

[00:14:26]It's n. So just do that.

[00:14:27]I've seen enough, that's all.

[00:14:28]Don't pay. Same as 4 then Let's call it Tetran, but here.

[00:14:31]There is a quad. Just this, please.

[00:14:32]Look, this is for you.

[00:14:34]It will come again. Okay, okay, okay.

[00:14:36]I'm going to make it for you. Now for you.

[00:14:38]101 is from atomic number 101 for you.

[00:14:41]You came and studied memory until 118.

[00:14:44]I should have done it myself.

[00:14:45]I have given the trick below.

[00:14:47]I also do what tricks.

[00:14:48]I'm telling you.

[00:14:50]101 This is Example 101.

[00:14:52]What is the difference between a [ __ ] and a dick?

[00:14:54]Brother. What is Zero? Okewa One more coming. One more thing.

[00:14:58]Brother. Finally, I have to add a doubt.

[00:15:00]All in all, from 101 to 118 I want to add a doubt to its name. Then One is not one in 101, it is zero.

[00:15:08]Stop and turn around, brother, the last doubt.

[00:15:11]Then stop and look. What's up with 102 now?

[00:15:13]Will you do it? What is 102 divided by 1?

[00:15:17]0 Rock, stop, 2 is the last one.

[00:15:22]I want to add. Oh my god, my brother.

[00:15:24]That's it. So okay, but this is all you.

[00:15:27]Let's read. Why did you come here?

[00:15:29]The official name is Matuwa. So Please give me the official name. Read Must. Who is that?

[00:15:36]Mendelevium. 102 Who is the nobleman?

[00:15:39]103 Who is Lawrence? 104 Who is Lawrence?

[00:15:41]Who is Rutherford? This is what you remember.

[00:15:44]It's really, really tough.

[00:15:46]This is the area, this is what I need.

[00:15:47]The costins are coming. A quiet area Come here. Okay, so don't worry.

[00:15:52]I seem to remember that too.

[00:15:53]I told you a trick. Look.

[00:15:55]Each person is now 110.

[00:15:57]What is Dormacidium? Okay, what is 111?

[00:16:00]Ronrium. So Rongyum. So that's it.

[00:16:03]Each one has its own name. So that Look, I told you the trick. Madan They went to LR driving school. HHM The doctor performed the operation. You are football.

[00:16:12]They will watch the match live on TV. So It will be a little interconnected.

[00:16:17]But remember this and then... You can write in full. Accessible We have Mendel's Eve. Okewa It's all about the initials.

[00:16:25]I'll put it on, is it okay with you?

[00:16:27]Let's watch, okay, everyone.

[00:16:29]HCM Doctor, go to driving school.

[00:16:33]You should have an operation, you should play a football match.

[00:16:36]Even if you say you're not live, it's okay.

[00:16:38]Even if you say we are, we are football.

[00:16:40]We watched the match live on TV.

[00:16:43]Okay? So that's all. So very very Important trick. Why are you doing this?

[00:16:46]No matter how much I remember, I forget.

[00:16:48]There will be. But stay away from this.

[00:16:50]What I can expect from ReNet Costin's Eye Bag, Eye Bag and Okay? Reinette Costin. So, very very Please make an important note. So, Even though this is from I Mean Scientist Costins should definitely ask for a refund.

[00:17:08]Why is the scientist's maximum number off?

[00:17:09]Students don't watch. Butt I am a scientist. So, four.

[00:17:13]A scientist. Four scientists If you read it, you can write it in full. So, Please make a note. Disliked Students, please like. Okay.

[00:17:19]First Time Channel Watchable Students, please subscribe.

[00:17:22]Okay. Next you are a periodical.

[00:17:24]Do you remember the classification?

[00:17:25]If it has to be, then you are first.

[00:17:27]First things first.

[00:17:28]Elements. Possible in the elements You must know that atomic number.

[00:17:33]Very, very important. Atomic number Base and cost you.

[00:17:37]There is. Which atom is in which group?

[00:17:39]I'll ask you what the number is.

[00:17:41]Okay? The period is now an element.

[00:17:43]Which element is given?

[00:17:44]Don't ask the group, what period?

[00:17:46]That element is there. For For example, magnesium is for you.

[00:17:48]If given, which group of magnesium?

[00:17:50]Which period will you be coming to next?

[00:17:53]I want to say it clearly, note.

[00:17:54]Do it. Okay, okay. Good.

[00:17:56]Pay attention. Our Periodical Classification started with lithium.

[00:18:00]It doesn't start with lithium.

[00:18:02]Group Sari starts in Lithium Period number two lithium Group B lithium Period comes and second group second The period group group is coming soon.

[00:18:12]How about lithium for example?

[00:18:13]I mean lithium, beryllium, boron, Carbon, nitrogen, oxygen, fluorine This is a second-by-second period.

[00:18:22]Who is next, sodium?

[00:18:24]Magnesium, Aluminum and silicon come next.

[00:18:29]Phosphorus comes next.

[00:18:35]What comes after sulfur and chlorine?

[00:18:38]Argon, what is this, the third period?

[00:18:40]So how does this cost you?

[00:18:41]May I ask where aluminum is now?

[00:18:43]Which group is the third period?

[00:18:45]Lithium is coming, VanduFirst Group Second Group 13th Group 13th Group That's the third period.

[00:18:54]That's all.

[00:18:56]Purinjusa Simple, very, very simple, so simple.

[00:19:01]No need to make it, it will be simple.

[00:19:03]Okewa Simple, now the atomic number for this.

[00:19:08]How to remember, very very much.

[00:19:10]Important first group and second The group is also a kind of simpleton.

[00:19:14]I'll tell you, Kavanichukhorst.

[00:19:16]Group Lithium Sodium Potassium Rubidium Cesium So lithium has an atomic number of three.

[00:19:24]Next 11 Next 19 37 55 Is it clear now?

[00:19:28]Watch out for eight differences from 11 to the original.

[00:19:32]From 11 to 19, the difference is eight. 19 is From 37 to 18 difference from 37 18 differences up first for 55 Group and Second Group only Please take note, group number one.

[00:19:47]And 2 rules for these two only What if eight eight 18 this is all you If I remember correctly, it was atomic.

[00:19:55]I don't know if you want to remember the number.

[00:19:56]Atomic number only for lithium It's enough to know. Lithium Only if you know the atomic number Enough. You came and took everything.

[00:20:02]I want to remember the atomic number.

[00:20:03]I don't know. Now it's just lithium.

[00:20:04]I know. Lithium came and I I say three. From the moon First, let's make an eight-person team 11.

[00:20:09]Next, create a table 19 Next An 18-year-old will make 37, then an 18-year-old.

[00:20:14]Pannum 18 55 So I'm full atomic I know the numbers by heart.

[00:20:18]Please don't memorize the rules.

[00:20:21]If you memorized it, you came.

[00:20:24]I read the IU pack before that.

[00:20:26]You can't remember. Same model This group also came and you remember this.

[00:20:29]Can't be bothered.

[00:20:30]Please note this 88 18 8 18 18 If you know, it's enough for a whole second.

[00:20:37]Group and third group You are the totality of all possible elements.

[00:20:40]Okay, let me remember. Is that clear?

[00:20:42][First] Take note, next.

[00:20:43]Oxidation state +1 First group Second oxidation state +2 Electronic configuration ns1 is ns2 That's all OK s Black Elements R Reactive metal with low ionization Okay, so pay attention now.

[00:20:59]Now across the period period What is this, period? Is this group OK?

[00:21:04]I'll write it down so simply, look at this.

[00:21:07]Period This group always comes up, right?

[00:21:12]Please be careful and come on time.

[00:21:14]If you watch it, your period will come.

[00:21:15]Pathing Across the Period The period note is written across.

[00:21:20]The period size is ours.

[00:21:21]Across the B, which bases everything Means period across the period so Size Will the ionization enthalpy increase?

[00:21:32]Will B Degrees Okeva So B Group I will do the calculation, group calculation.

[00:21:37]When the group goes down, the group goes down.

[00:21:40]Group Down the group size comes and comes to you.

[00:21:45]The same thing happens with ionization.

[00:21:49]Enthalpy increases. So Purinjusha Okewa So that's what they said here.

[00:21:57]This method is called block elements.

[00:21:59]Come on, S Black Elements.

[00:22:00]Group O and Group 2 are at the starting line-up.

[00:22:03]I just took the first one.

[00:22:04]It comes and reactive metals are very very Important Reactive Metals with Why is low ionization enthalpy first?

[00:22:10]Lithium sodium is the opposite.

[00:22:12]Come and beryllium wing lithium beryllium Boron Carbon, nitrogen, oxygen are coming. Then Who is first at the beginning?

[00:22:22]Lithium and beryllium are not there.

[00:22:24]That's why Wing Is there something wrong here? Okay.

[00:22:48]Okay, just cancel this.

[00:22:50]There is a mistake because Across the I have rewritten it here.

[00:22:56]Look, I've written it again right here.

[00:22:57]I am in this place where I have not done anything.

[00:22:59]I'm the one who made the mistake.

[00:23:01]The concept is correct as written.

[00:23:03]I'm tired of being a dick.

[00:23:05]Here is the English.

[00:23:07]Come here, Sari Sae, and get degreased.

[00:23:11]Here comes the size.

[00:23:15]Is the size of the increase okay? Is the size of the increase okay?

[00:23:18]What should the ionization enthalpy be?

[00:23:20]There must be a degree. So that's it.

[00:23:22]There's nothing else to be confused about.

[00:23:27]Then, when the period goes across, the size When it comes and goes What is the ionization enthalpy?

[00:23:32]It will be too much. First of all No one comes back as soon as you take it.

[00:23:34]Beryllium is also coming. Who else?

[00:23:36]Boron is not present, followed by carbon, nitrogen, Oxygen, fluorine, neon are going. Then Here, go, go, go, ionization is going on.

[00:23:44]It will be too much. Upper first initial What is the ionization enthalpy?

[00:23:46]There will be a lot of money. That's it.

[00:23:47]They said low ionization.

[00:23:49]They said it was because of me. Okay, okay.

[00:23:51]Ecept Lithium Beryllium Or Other Elements are predominantly ionic compounds.

[00:23:56]Lithium Sodium Potassium Rubidium Cesium is in this group.

[00:24:03]First Group and Second Group Except for the lithium beryllium that can be obtained Everything is predominantly ionic.

[00:24:10]Very important, very important.

[00:24:11]Ionic Note, Group One And elements that can be found in Group 2 Except for lithium and beryllium What has happened to us?

[00:24:21]Predominantly ionic app lithium What is beryllium? Covalent here I am.

[00:24:25]I wrote it in pencil, don't worry.

[00:24:27]I know, but I don't know if I know this.

[00:24:29]Don't worry, I'll be fine.

[00:24:32]Covalent bonds are very, very important.

[00:24:34]Covalent OK Next First Group You told the second group the rule.

[00:24:37]What is eight eight 18 for lithium?

[00:24:39]This is the only one that is four for three berylliums.

[00:24:41]All you need to know is this.

[00:24:43]Let's write now B block B block What is the rule regarding B Block?

[00:24:48]There is only one rule in the B Block group.

[00:24:53]From 13 Up to 18 Group 13 to 18 If you are reading eight 18 32 is 8 18, so that's eight.

[00:25:07]Instead of eight, only one eight.

[00:25:08]Say 18, say that eight.

[00:25:10]This is what I'm doing to replace the 32 people.

[00:25:12]Please note the rules and watch now.

[00:25:14]Example came to me, Boran came.

[00:25:15]I know I'm afraid.

[00:25:17]First, I'll make an eight-digit number. Eight people Panna 13 Aluminum followed by Gallium What's next, I'll make an 18-year-old 31 If I make another 18, I'll get 49.

[00:25:26]Indium. Okay, next time, let's make a 32-person one.

[00:25:28]Thorium. So, is this easy to remember?

[00:25:30]It's much better than smoking.

[00:25:31]There will be. I need to do something.

[00:25:34]No. Danna Okewa Just watch it.

[00:25:52]Okay, so this group and period.

[00:25:55]Costins will come to the base.

[00:25:56]Please take note of which one.

[00:25:57]Now I wonder which group to put it in and how.

[00:25:58]You take the florin, the florin comes.

[00:26:00]I know nine next.

[00:26:01]How many people are there after chlorine?

[00:26:03]Pannanum Eighth Person Panna 17 Next 18 people for Papromin 35 Iodine is a 18-year-old, 53.

[00:26:10]Next time you add an 18 32, it will be 85.

[00:26:13]Okay, this is what I'm talking about.

[00:26:15]It's easy if you know the rules.

[00:26:17]Let's complete it, okay? Like it.

[00:26:19]Students who haven't done it, please like it.

[00:26:20]Unsubscribed students Please subscribe.

[00:26:30]Okay Okay, Tanna.

[00:26:51]Okeppa Next is Very Very Important Which one is metal? Which one is metal?

[00:26:55]What is very, very important is what I am.

[00:26:57]What is metal and what are metals?

[00:26:59]Kebanga is very very important.

[00:27:02]There are no stairs, just like that.

[00:27:04]Come here, you come here, Neon Groups I Means Noble Gas Group only Leave it. Only the Nobel Gas Group You are all that is left over from selling.

[00:27:11]For example, start a war. Here Okay, I'll put the number in the battle.

[00:27:16]From carbon to the next step Get off next selenium go next Next, take a step down from here.

[00:27:22]Next, go to iodine, one step further.

[00:27:24]Will come down. Same here, silicon.

[00:27:27]Direct from Silicon Valley, right here?

[00:27:29]Straight from Germany, Germanium.

[00:27:31]Polonium from antimony From Poland to you, Astrid.

[00:27:36]So now the people inside are very This is very important.

[00:27:40]I'll highlight this as it may be.

[00:27:43]My God This Boron [Throat Repair] Carbon Nitrogen Oxygen Fluorine So All of them, all of them, I am Metals.

[00:27:53]So Next This silicon germanium Arsenic Antimony Tellurium Polonium Astatine is all metalloids.

[00:28:04]Next Aluminum Gallium Indian Thallium next S Let Bismuth come to you.

[00:28:15]This could be the last of the metals.

[00:28:18]What is everything to us? I am Metals.

[00:28:22]Remember this, Purinjusa Simbla?

[00:28:24]The cost will definitely come with a base.

[00:28:25]Which element is which?

[00:28:26]If you like Kepang, students will like it.

[00:28:28]This is very, very important.

[00:28:30]What is the general for this for you, ns2?

[00:28:33]ns2 np1 okewa ns2 np1 Okewa So It's simple, just note this.

[00:28:54]Please do it, it's very, very important.

[00:28:55]Okay, okay, this PDF is for final revision.

[00:28:58]Don't just look, you're a period.

[00:29:00]Classification not yet gone, please correct it.

[00:29:02]I'll tell you, even if there's time for notes.

[00:29:04]Take notes.

[00:29:06]Okewa this Periodic Classification Sit down and read.

[00:29:09]I want to sit down and study.

[00:29:10]No need to sit in a book.

[00:29:11]If you read it, it's a waste of time. Okewa I don't feel like sitting down and reading a book.

[00:29:15]Waste is waste of time.

[00:29:18]Okay, okay.

[00:29:20]So Next Black Element What are the black elements?

[00:29:24]As for you, there is only one group.

[00:29:26]If you know, just watch the 3D series.

[00:29:27]It's enough to know. As for stretching 3D for Elements T-Block You only know the series.

[00:29:33]Enough extra, you should know.

[00:29:34]No need. Okewa Sodi Block As for you, please watch.

[00:29:38]Then you are in Group 3.

[00:29:40]It starts from group 12 and goes up to group 12.

[00:29:42]Very important, which group is it from?

[00:29:43]No matter what group you watch, all this is happening.

[00:29:44]The statement will be included in the cost. Next Electronic configuration very very Important need for a blackboard Tell me the electronic configuration.

[00:29:52]You can even ask for a simplistic answer. So note it down.

[00:29:54]Wait. They are all metals here.

[00:29:57]Everything that can come in black has come.

[00:29:58]What are metals to us?

[00:30:00]Nothing comes to me, I am not a metal.

[00:30:02]I won't even forget to write it. S Block too Metals. A block Metals are black.

[00:30:07]Metals. Everything that can come from this Metals. Only in B block.

[00:30:11]It will be a mixture. There will also be metals.

[00:30:13]I am a metalhead who has metals.

[00:30:14]There will be. That's why I'm in love with you now.

[00:30:16]Am I okay?

[00:30:19]Okewa Okay Okay, they're mostly metals.

[00:30:32]Color is very, very important.

[00:30:34]Everything that can be on the block has arrived.

[00:30:35]Maximum color rendition.

[00:30:37]Exhibit Variable Valence Ebate Variable oxidation state Even if you give it, the correct one is the variable.

[00:30:43]It's correct to give a valance.

[00:30:45]Because for each element I'm already 3D in the 3D series.

[00:30:48]Series Coding Decoding Complete I did it. Regarding the 3D series Who has a higher oxidation state?

[00:30:54]If you look closely, Magnus +7 is up.

[00:30:58]There will be. It starts at +2 and goes up to +7.

[00:31:01]How many oxidation states are there?

[00:31:03]There is +2+3 +4+5 +6+7 Okewa Total 24/6 Has variable oxidation states It has six variable valences.

[00:31:14]Please make a note of the question and bring it to me.

[00:31:17]Okewa Okay, so make a note and come next.

[00:31:27]Zinc Cadmium hJavihawa Electronic Configuration n-1d 10 ns2 Okewa Next Zinc Cadmium hJanat Show Mod Adi Brareries Adi Transition That's why the element came, isn't it?

[00:31:43]Transition element junk cadmium Hey, what's wrong with these three people coming here?

[00:31:48]There is no transition element.

[00:31:50]They say that, okay, so very very.

[00:31:52]Please make an important note of this.

[00:31:54]Point Very Very Important Zinc Cadmium is coming to us.

[00:31:57]What is not electrocution?

[00:32:00]Element Okeva, they asked for anything.

[00:32:02]Natsho Most of the Properties of the Transition Elements Okay Okay Next is the chemistry mag for you.

[00:32:11]I will come today and apply for the test series.

[00:32:14]Can I upload it?

[00:32:16]Chemistry mock test series is available on Apple.

[00:32:18]I'll upload it today, okay?

[00:32:20]After that, I will have a mock test at night.

[00:32:22]Don't forget the solution in the series.

[00:32:25]Pay attention, I'm a metal guy.

[00:32:28]Metal Metalloids Very Very Important Metals I Metals Metalloids are like metals.

[00:32:33]Solid at room temperature What is metal at room temperature?

[00:32:38]As for the solid, it will be fine.

[00:32:40]There are exceptions, there are exceptions.

[00:32:42]If you come and see the exception, hjihaji Even if it's not metal, it will come.

[00:32:47]Exception This exception case is Maximum length for the block Coming. So clearly see the metals.

[00:32:53]Come and let it cool to room temperature.

[00:32:56]There will be. That's the exception.

[00:32:58]The exception is in liquid format.

[00:33:00]There will be. Mercury is for you.

[00:33:01]You see, it's a liquid format.

[00:33:02]It will be in liquid format. Anything It's attached, it doesn't touch. So come here.

[00:33:07]It will run. That plate is broken.

[00:33:08]Whatever you are looking for, it will come.

[00:33:10]You come as you are, and you are a The flow will become [slow]. That Mercury. Gallium Cesium How Very low melting point.

[00:33:17]It has a low melting point.

[00:33:19]Gallium and cesium are very, very different.

[00:33:21]Important note. So note it down.

[00:33:23]Wait. This exception is not read.

[00:33:24]Long-term non-expiring period classification I've already told you so.

[00:33:28]I'm talking about timing. I'm a timing person.

[00:33:29]If you don't tell me, I'll come.

[00:33:31]They are talking about something. So I'm timing.

[00:33:33]I'll tell you, but tonight is a night.

[00:33:34]Can you please complete the test?

[00:33:36]It looks a little dull.

[00:33:37]I will try my best to pass the mock test.

[00:33:39]Okay, okay Next Metal How Metals have high melting point and Does the metal have a boiling point?

[00:33:50]Melting point and boiling point It will be too much. But that's the exception.

[00:33:53]Who? Gallium and cesium came Melting point. Butt Normal Metal If you take it like that, it's high melting.

[00:33:59]The point is at the high boiling point.

[00:34:01]There will be. But gallium and cesium are low It will be at the melting point. All this Come and get the NCRD, it's very, very deep.

[00:34:07]The concept is all about cost.

[00:34:09]It's there. So you sit down.

[00:34:10]Just for reading all those pages.

[00:34:13]How many pages did you look at?

[00:34:16]Wait for how many pages are coming.

[00:34:20]It's just 12 pages. Just 12 pages That's it. Six pages completed. Okewa Definitely read these 12 pages.

[00:34:27]Two costs will be locked for you.

[00:34:28]Regarding periodic classification, Costin's Lock is a thousand. So this paragraph There's no need for you to do anything, okay?

[00:34:35]Hey, did you come and see the metals?

[00:34:36]Melting and boiling point good Conductor of heat and current.

[00:34:40]Very, very important in the future.

[00:34:41]What is the difference between a lot and a lot?

[00:34:44]Beth doesn't know yet. In the north Then it is flattened into the thin sheet.

[00:34:48]A sheet of metal comes in a You change like a sheet. You Are you talking about tin sheets now?

[00:34:53]All of that is possible. So, that Come and join the metal band.

[00:34:56]The model changes accordingly. That thin sheet The change is better for you.

[00:35:00]It will come in properties. The same Dactyl Then come and change the phone. Copper Wire. What is copper metal? So, Come and replace it with copper wire.

[00:35:08]Bring it. So, it all came.

[00:35:09]Ductile format. Then I ate the best.

[00:35:12]Sheet, ductile wire format.

[00:35:14]They asked me for a long time, never to be forgotten.

[00:35:16]Then get stuck. All this Simple Costs. Okay me.

[00:35:18]What is it about Metals that I don't like?

[00:35:20]The athlete who is liked by students 50 likes, what do you mean, cross it out?

[00:35:23]Let's see, okay?

[00:35:27]Okay I am Metals I am Metals So what?

[00:35:31]What are the most common solid cases?

[00:35:34]For room temperature metal, It will be solid. I am Metals.

[00:35:38]Durable and solid at room temperature There will be cases. Cases That's chlorine gas. Okewa Chlorine comes in gaseous form.

[00:35:47]There will be. I am Metals OK so that Let's remind ourselves of the concept.

[00:35:51]But who is the exception to this? Even though it's war Carbon is also very, very important.

[00:35:55]Boron and carbon are in amorphous form.

[00:35:57]There will be. Very Very Important Amorphous Amorphous in amorphous form The bar will be in powder form.

[00:36:07]What form is it in? Powder form.

[00:36:09]There will be. So, this is for you.

[00:36:11]Come to the place and call it an exception case.

[00:36:12]They gave it. Please make a note.

[00:36:13]I am all about metal.

[00:36:15]What do you mean by high melting and boiling?

[00:36:16]I made a point. I am not metal.

[00:36:17]Regarding low melting and Boiling Low Melting Point and Boiling Point [Sherumat] Pad Conductor of heat and current Okewa It arrived and conducted the current well.

[00:36:26]Will do. I am metal and current.

[00:36:27]No contact. Most of me is metallic.

[00:36:29]Solids are very brittle.

[00:36:31]Important. Most of me is metallic.

[00:36:33]All solids are brittle.

[00:36:36]The brittleness will not be what it used to be.

[00:36:38]Nether Meliyabil Nor Tested Nether Very There will be no very large or small Dactyla.

[00:36:42]There may or may not be a Brit. Now There are three properties in total.

[00:36:46]These three are in the upper ductile iron.

[00:36:48]I came to Britain and went to metal.

[00:36:50]Brittle is brittle.

[00:36:52]Isaiah is fragile. Two left.

[00:36:54]Both malleable and ductile Come and see if you like it.

[00:36:57]Very very for metals Please make an important note.

[00:37:01]Okewa Chem Mark test tonight.

[00:37:05]Okay, I'll set a reminder.

[00:37:07]I'll put it myself.

[00:37:10]I came and wrote with my own handwriting.

[00:37:12]The Costins have arrived.

[00:37:16]I gave it to the students and they found me.

[00:37:17]They wrote it down, okay, in the return format.

[00:37:20]It is in the B format.

[00:37:22]There will be no. It will be in return format.

[00:37:24]The sauce is okay, the cost is okay.

[00:37:27]Next, please pay attention.

[00:37:28]Very Important this time on May 3rd I heard a kostin so this is exactly it.

[00:37:33]There is also an order for this here.

[00:37:35]There is. So, I'm here for all your orders.

[00:37:38]It's just the order you gave. So don't.

[00:37:39]Tax. Metallic character across a Period Dicreased Across a Period Is this horizontal or vertical?

[00:37:47]At that time, the group was in a state of chaos.

[00:37:50]Metallic character when viewed How are you? Are you getting a degree?

[00:37:54]Gradually, the metallic character I'm sorry. Who has more butt?

[00:37:58]Lithium and beryllium for lithium Metal. So, is it more metallic?

[00:38:02]There is. Come to Neon as you go.

[00:38:04]It's not metal, it's me, it's metal, so metal.

[00:38:05]The character is lacking. Down the Group If you look, the metal character comes out.

[00:38:10]It's a shame, come on down, come on, come on.

[00:38:15]I am the metallic character down the group.

[00:38:17]If you degrease me, I am metal.

[00:38:18]Come on, there's more up there, come on down, come on, come on It's still a mess. So that order Just you look clearly, okay, okay?

[00:38:23]Next Very Very Important Order I'll give you 10%, even 1000%.

[00:38:29]I'll tell you. I swear 1000%. This In any order other than the order Neat costs will not be incurred. So note it down.

[00:38:36]Wait. I'll say it 1000 times.

[00:38:40]You have no other orders beyond this one.

[00:38:42]They won't listen to you anymore. Periodic Regarding classification. So Look at this order, it's very very Important.First First Atomic I want to hear from you about the definition of radius.

[00:38:52]No, they won't. You are still 11 or 12.

[00:38:55]There are no students. So that's it for you.

[00:38:56]They won't listen. This is a competitive You have orders for exams.

[00:38:59]Periodical Classification for you Costinse will come. Order now.

[00:39:02]Atomic radius when viewed Atomic radius has so many orders of magnitude.

[00:39:05]I really want to read it.

[00:39:07]Important. So many orders If you read this, you will be atomic.

[00:39:10]Is it easy to get to Costins from Radius?

[00:39:11]Let's write. First things first.

[00:39:18]Let's see this clearly. It is here.

[00:39:21]Pathinganna Group Sari Period Second Period Second Period Order What is this?

[00:39:33]Third Period Order What is this?

[00:39:35]Period order What is this?

[00:39:40]Group What is this, the 17th group?

[00:39:49]What do you think this is? Period.

[00:40:03]This is the first and second period.

[00:40:06]This is a period to mix both.

[00:40:10]Very very important order.

[00:40:12]Very good, you should read the order.

[00:40:14]This is the order.

[00:40:16]I'm highlighting this order.

[00:40:18]You shouldn't go inside without knowing this.

[00:40:20]That's where the NEET costs come from.

[00:40:21]You wrote all this down, period.

[00:40:24]What did you say, second period across?

[00:40:26]What is the period size of an atom?

[00:40:28]What is the size of an atom besides radius?

[00:40:30]What is the size of the radius across?

[00:40:33]What is the period size, Gummy?

[00:40:35]Will it still be there? It's like being a loser.

[00:40:37]What is the group I will put down?

[00:40:39]If you say it, it will increase in size.

[00:40:40]Size but these mixed costs You will only be a shepherd when you come. So this order The atomic radius you haven't seen.

[00:40:46]This is where the atomic radius comes from.

[00:40:48]Orders given to this police station Just reading it is enough. Extra You don't need to study anything. So Students who didn't like it like it.

[00:40:55]Please do it.

[00:40:58]You can read extra and make it fun.

[00:41:00]Order This order must be read.

[00:41:02]There's no need for anything like that.

[00:41:03]Very, very important, okay? So, note.

[00:41:05]Do it.

[00:41:08]Okay, okay. Next ionic radius.

[00:41:11]Ionic radius is very very important.

[00:41:13]Very, very simple order.

[00:41:15]Look, I'll tell you. You remember.

[00:41:18]All that is needed is this one thing.

[00:41:19]What comes first? Who else will come next?

[00:41:21]Neutral game coming next I want to hear from you. Someone else should come.

[00:41:24]I want a neutral game.

[00:41:26]I want to come. This is also very very strange.

[00:41:29]Important this is another this Neither This is a bigger brother than this.

[00:41:36]The highest negative comes first.

[00:41:39]I want to come. Next is the lowest negative.

[00:41:42]I want to come. Please make a clear note. Next Neutral atom is only one neutral It's just a game, you have to leave it as is.

[00:41:48]Neutral game. Listened to As for the Kammyana Ketayan, A positively charged compound The listener must come first.

[00:41:56]There is more to listen to than that.

[00:41:59]I want to come. Okay, now it's given here.

[00:42:02]See examples See examples Sorrento There is a minus, please make a note.

[00:42:10]Please make a note, there is 2- here 2- There is a minus here, there is a plus 2 here.

[00:42:16]There is a plus here.

[00:42:17]How do you write an order? This time on May 3rd.

[00:42:20]I told you about a cost that I heard.

[00:42:22]Look, Costins is here.

[00:42:24]This is what I did in class.

[00:42:25]Students' notes are okay.

[00:42:27]Extract my PDA.

[00:42:28]Their notes saying they can't do it.

[00:42:30]Please send me a cent. Okay? Okay. Now Look clearly. How is this now?

[00:42:34]Write? How do you write this? I said Place your order.

[00:42:39]Put it in the order I told you.

[00:42:40]Place your order. Place this order.

[00:42:43]First, how many first negatives are there?

[00:42:45]I have to come. Someone else has to come. Anayanla Who has more oxygen? So, that's it.

[00:42:50]First come first. Two brothers I want to come. F- Next neutral game Where are you? - Plus is the absence.

[00:42:57]Neutral game. Neutral atom here.

[00:42:58]No. So why are we going?

[00:43:01]Let's go positive. Positive Who is the most positive person when you look at them?

[00:43:04]Sodium is what needs to come. Who's next?

[00:43:06]Want to come? Magnesium is needed. Magnesium 2+ But Ionic Very Very Important Ionic Radius Very Ionic When we are in the radio, we have ions.

[00:43:16]We told you. Butt Iso Electronic Species Okewa is an isoelectronic species.

[00:43:23]Maybe. But this ionic radius Maximum isoelectronic available There will be only one species. Isoelectronic What is the Specisna phone number?

[00:43:30]The electrons in that element are What can be saved in the game?

[00:43:34]Amount of number of electrons There will be. Okay OK Next Ionization Enthalpy is a very important thing.

[00:43:42]The page has arrived, but there are still four pages left.

[00:43:43]There is a note to complete it.

[00:43:45]Do it. So the mock test is over.

[00:43:47]Until I see you tonight.

[00:43:48]Okay, I'm writing this. Please complete it.

[00:43:51]After that, I will take a mock test.

[00:43:53]I'll put it on.

[00:44:02]Okay, a lot of people wrote biology mock tests.

[00:44:05]They're sending me a cent. So Not many people attend.

[00:44:30]I don't know what you're doing, okay?

[00:44:32]Students who attend are attending.

[00:44:34]Just do it, that's all, okay?

[00:44:35][First] Many people have told me, believe me.

[00:44:44]There are a lot of people, so that's why.

[00:44:46]I just attended the test.

[00:44:47]I am here. Silent, I did it.

[00:44:48]I am here. Just put it in the group.

[00:44:49]I am here. Being in the YTD group The students know it's okay. That Otherwise I would be a burden to many people.

[00:44:54]I just said so. Every Even if I come live every time Even if I come in shorts, I'm fine.

[00:44:58]I've been saying that for a long time, but that's a lot.

[00:44:59]I can't find the name. So okay, that's fine.

[00:45:01]Don't pay.

[00:45:03]Now go to Apple and take the Biology mock test.

[00:45:06]Hello, I have already uploaded it.

[00:45:08]Almost everything.

[00:45:09]If you can't attend, please attend.

[00:45:11]Okay, let's do it, almost 6x Mag.

[00:45:12]Test Series Plus 2 Mock Test Serial mock test series on Telegram I have given Total 9 mock test.

[00:45:19]The series is complete. 9 Biology Two parts in the mock test series I have completed 11th and 12th.

[00:45:25]If you are watching the remaining, then 7 Mag.

[00:45:27]The Test series has arrived and you are full.

[00:45:28]Mock Test Series. That's six mock tests.

[00:45:31]I am the official app for our series.

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[00:45:35]If you are watching the series, please visit the Telecom Group.

[00:45:37]I have put it. So now today Chemistry mock exam that can be done in the evening The Test series is very very An important cost is everything.

[00:45:45]We have taken those important things.

[00:45:46]So, how much is it, okay, make a note?

[00:45:48]How dare you come and attend?

[00:45:50]That's all I can do for you.

[00:45:51]Okay, okay. Ionization enthalpy Very important. What are you?

[00:45:56]You are so much like ionization.

[00:45:58]Even if you study, you'll get a kick out of this.

[00:46:00]There are reasonable costs. Next Order base and trends periodic A cost based on trends There is. Three types of costs You can ask. Those three The type is what I was given.

[00:46:12]Manishation is from one page.

[00:46:13]That's why I'm here.

[00:46:16]Tendency is an element to loose.

[00:46:18]Electrons are given a given enthalpy.

[00:46:20]If there is an element x, then a It's not that the element loses electrons.

[00:46:26]It will be a neutral game.

[00:46:27]This example contains oxygen.

[00:46:30]Oxygen lost an electron.

[00:46:33]So what?

[00:46:35]Oxygen is a ground game.

[00:46:37]Ground state The ground state is its stable.

[00:46:40]The oxygen electron is that stable It's at the electron level.

[00:46:45]Ground state is that ground state.

[00:46:48]When it is an electron loose It will change as you hear it. Okewa Then I'm already redox.

[00:46:54]I'm noticing the reaction as soon as it's given.

[00:46:56]Students who don't like it, please do it.

[00:46:58]Like this, you will lose an electron.

[00:47:01]Loss of electron oxidation Oxidation Loss of electron oxidation is okay.

[00:47:09]Loss of oxidation Loss of electron What happens in oxidation?

[00:47:13]Asking form is being done by someone else.

[00:47:15]Don't do it, it's very, very important.

[00:47:17]Make a note to form for you.

[00:47:18]Washko Upfirst Ionization Nothing is impossible for me.

[00:47:22]No. First.

[00:47:24]Ionization enthalpy is a ground state.

[00:47:26]Example x that can be in the state In such a ground state From an element that can exist, a That's what I removed from the electronics.

[00:47:33]First ionization is the only one that comes Electron removal. Next time Sappos x Two from here I remove the electronics. Then this What is second ionization?

[00:47:43]Enthalpy. Why is second ionization a You should remove the electronics first.

[00:47:47]Ionization removes two electrons.

[00:47:48]What is the second ionization enthalpy of Panna?

[00:47:50]What is second ionization?

[00:47:52]I'll take this x+ and turn it into a I remove the electronics. Remove What is the essence of another electron?

[00:47:58]It has changed by 2 since I left.

[00:48:00]So this is second ionization, then a A substance that can be in the ground state From the element I am each It's electronic, it Everything is an ionization for me.

[00:48:08]That's why I can come. Okay, okay.

[00:48:10]Ionization Enthalpy is Expressed As kJ mol inverse ionization Why don't you come and express?

[00:48:16]You can do this by converting kilojoule to mole inversely.

[00:48:18]Express yourself, energy is very very high.

[00:48:20]Make an important point note.

[00:48:22]Wachuco Energy is always needed.

[00:48:26]Required energy is always required.

[00:48:29]You are a very, very important electron.

[00:48:31]You need energy to remove it.

[00:48:32]Only remove if given.

[00:48:34]Can. Do you understand that when you have no energy?

[00:48:36]Electrons cannot be removed. A Put the object on the table and you will You have an energy to take. You come.

[00:48:41]Only those who don't use it are left with that hand.

[00:48:43]Go and touch this object and that object.

[00:48:44]Can take. So that's energy.

[00:48:46]Always require to remove an Electronformation game in one game You need to take an electron from That's why you have to give me some energy. At Ionization energy is always positive.

[00:48:55]What would that ionization energy be?

[00:48:58]There will be positivity. Then you are an energy.

[00:49:00]Do you know what to give?

[00:49:02]An electron that you give away is an energy.

[00:49:04]The energy that was removed came.

[00:49:05]Ionization energy is always there.

[00:49:07]Stay positive because you are Drink, drink, you will never buy.

[00:49:11]Positive givers They call it Valla, so that's how it is.

[00:49:14]So, those who bought it, come and get a negative result.

[00:49:17]I remember that kind of concept.

[00:49:18]Come on, they're the ones who are in debt.

[00:49:19]Negative Ionization Enthalpy and Atomic radii are closely related Both of these are closely related.

[00:49:25]How is this related to Google?

[00:49:26]Both of them came and visited.

[00:49:28]Inversley, this model, Inversley.

[00:49:40]Inversely Propositional Both of these people are incredibly promiscuous.

[00:49:47]Inverse is one size too big.

[00:49:49]The element is too big.

[00:49:50]So, what is the point of it?

[00:49:52]Like the one who has the most likes.

[00:49:54]Students who haven't done it, please like it.

[00:50:03]Okay, that's clear, take a note, okay?

[00:50:06]Okay, now its properties.

[00:50:07]Properties of Ionization Enthalpy What is a Very Very Important Attraction?

[00:50:11]From Electron to the Nucleus No matter what game, the center This nucleus, where the nucleus is, This one is full of electrons.

[00:50:20]Who is the proton in the nucleus?

[00:50:22]And there are neutrons, right?

[00:50:25]Proton comes and becomes positively charged The electron that is spinning outside the charge comes Negative charge is positive.

[00:50:30]Where will the negative thoughts take you?

[00:50:32]It will only attract you by absorbing it. Then What does the nucleus side do?

[00:50:35]Electrons will attract. Repulsion App Electron frame other now this one Arrive in orbit and enter the nucleus center.

[00:50:42]There is an electron in this orbit.

[00:50:43]There is an electron. This For each electron If you look between the electron and There will be repulsion. Because it's both.

[00:50:49]Come and get a negative charge. What is both?

[00:50:51]Negative charge therefore repulsion Definitely will be. Okay, okay, across.

[00:50:56]Period size will increase.

[00:50:58]I just said that.

[00:51:00]Inverse Propositional to Down the Group Come and get your size and get in touch.

[00:51:05]I said that, okay, that's it.

[00:51:07]You will receive a statement of costs.

[00:51:09]Please make a note.

[00:51:15]Statement R Assn Reason Costs Coming Okewa Statement or Assent Reason Costs are very very important like Students who haven't done it like that Pannikoppa.First Time Channel Baccarat Students Please subscribe.

[00:51:31]Okay. This one PDF is enough.

[00:51:34]You came.

[00:51:42]A good one in periodic classification This is a PDA for scoring.

[00:51:46]Enough. You want to study extracurricularly.

[00:51:48]No need. Okay, okay. So need note Do it. So screening and shielding Effect Effective Nuclear Charge Experience is the same at this point.

[00:52:01]You can watch it as it is.

[00:52:03]Effective nuclear charge Experience the non-valence electron in an Atom V Palestine Actual Charge On Thin Nucleus Piece Shielding R Screening Adi Valence Electron Form The nucleus is intervening.

[00:52:17]There are no electrons.

[00:52:20][Sniffing][Breathing] How do you say it for example?

[00:52:32]Okay, simple, I'll just draw here.

[00:52:36]Nucleus What kind of nucleus is this? If so, it's carbon.

[00:52:39]What is the nucleus of carbon?

[00:52:41]Atomic number six Atomic number six The number will be six protons.

[00:52:45]How many protons are there in six?

[00:52:47]There will be a proton. River outside Okewa There will be an electron. Now I am drawing.

[00:52:51]Ground state. Six electrons There will be. Here is an electron, here is an Electron. Next here is an electron.

[00:52:58]Here is an electron. Here is an electron.

[00:53:01]Here is one electron, here is six electrons.

[00:53:03]Why is there a first cell?

[00:53:05]Two electrons come and fill it up.

[00:53:06]It should be. L, did you come and see me?

[00:53:08]Eight electrons need to be filled up. That Come and see the atomic structure.

[00:53:11]Read it carefully. So come here and do this.

[00:53:13]You can just watch, okay?

[00:53:14]So okay. When this happens, the proton There will be no changes. It's the proton.

[00:53:19]What is actual for us?

[00:53:21]Charge. What is a proton actually?

[00:53:23]Charge this, do you understand?

[00:53:25]Come on, is the concept I'm talking about easy?

[00:53:26]Understandable. Proton is for you.

[00:53:28]Actual charge. Outside the house A potential electron comes to you.

[00:53:32]Come and tell me how you came.

[00:53:36]Approximate electron charge Okay, okay, you're always welcome.

[00:53:39]You are the only proton that can exist.

[00:53:41]I want to find the actual charge.

[00:53:42]Possible electronic weapon Don't find out. Sappos this The electron comes to this carbon and I am this Come and stay in the ground state. Now This carbon comes and goes.

[00:53:50]I'll give it to you, I'll give it to you. Heat As soon as you hit it, the electron comes out.

[00:53:53]Going. No, this is an electron leak.

[00:53:54]If so, this carbon There will be six protons. Fear There will be an electron. Six protons There will be. There will be five electrons.

[00:54:03]Then pay close attention and the actual charge will come.

[00:54:06]Six actual charges, six positive valences.

[00:54:10]How many electrons are there? I'm afraid.

[00:54:11]Valence electron. Valence electron Anju Appa Comparatively This is more valence than actual charge.

[00:54:18]How is the electron? Gummy There is. So this concept It's enough if you understand. Then you are a A possible ground state I took the element and looked at it.

[00:54:28]Proton and electron are equal.

[00:54:30]There will be. But the same is a proton.

[00:54:32]An electron that can be equivalent to The element arrived and I arrived and the temperature Give me one and I will give you its electron.

[00:54:38]I made it loose, then.

[00:54:39]There will be no changes to the Proton. Just Changes only come in electronics.

[00:54:44]Then the protons came to us.

[00:54:46]Actual charge. Nucleus The protons that can exist are actually Charge. The electron is coming.

[00:54:50]Approximate charge model for us It can come and go whenever it wants. Okay, that.

[00:54:54]Sample. Okay?

[00:55:00]Okay, okay. Is that okay? So now this.

[00:55:03]I don't understand, listen to me now.

[00:55:05]Shielding is so good, then what?

[00:55:08]There will be a lot of Orbit coming.

[00:55:10]Now this is an orbit around here.

[00:55:11]There will be another orbit. From now on Another orbit, this one right here.

[00:55:14]Coming to the possible electrons If you look closely, the nucleus has arrived.

[00:55:17]There will be a retractable power cord.

[00:55:20]Now it's time to go first.

[00:55:21]Is it easy to pull the electron because it is very Cuckoosley The nucleus is close to the nucleus.

[00:55:27]When is negative easy positive?

[00:55:28]No matter how far you go, It's so hard to pull that much. Then Why is pulling so difficult?

[00:55:34]Positive charge comes from wherever it comes from.

[00:55:35]It's just a matter of pulling the negative out.

[00:55:37]Why not pull it? For what reason?

[00:55:39]Between orbit and orbit in the middle The middle cloud is like a bundle of clouds.

[00:55:44]One is the form.

[00:55:46]I teach biology now June 13, 14.

[00:55:48]I teach. Cloud model for you It is a form. What is the sample form?

[00:55:52]Cloud. Oh my, that one cloud!

[00:55:55]The model is uniform. That morning This is because the cloud is formed.

[00:55:59]The nucleus comes and that electron Pulling Force of Attraction Power Come and get it. Force of Attraction Power is on. That's why they say that.

[00:56:08]This ionization is a reason for that.

[00:56:11]So come and change for us.

[00:56:12]Coming. Okay, it's simple, then.

[00:56:15]These are two concept covers.

[00:56:16]I have done it, just make a note. It's simple.

[00:56:18]The basic concept is normal.

[00:56:19]Possible sealing effect Cover both concepts.

[00:56:22]I have done it, please make a note of it, okay?

[00:56:26]So Okewa Effective Nuclear Charge Experience Balance Electron Valence electron And the autumn will be very very beautiful.

[00:56:38]Important Very Very Important Lesthan, this point is important.

[00:56:40]Soviet Palestine is a country that is unique because shielding of the electron from the incoming core of the electron The innings are coming to us.

[00:56:52]Electrons Cloud Cloudformation Okay, okay For example, see this example.

[00:56:57]The base is made of wood and the costins come.

[00:56:59]The 2s electron in lithium is two.

[00:57:02]There is an electron. Okay, Lithium.

[00:57:04]Come and get the lithium 2s electron Lithium is shielded from the nucleus by The Inner Core of the Os Appa Look at the lithium, I'll come right away.

[00:57:15]Look at the nucleus. This nucleus is a hammer.

[00:57:17]One K cell, next L cell Okay, go to the L and go to the K.

[00:57:24]If you look, there will be 1s, this is full.

[00:57:26]You're clearly grasping this, Atomic.

[00:57:28]I run the structure. Go to So K.

[00:57:30]If you look, there will be 1s. L Go Look, L, are you going to go?

[00:57:35]There will be 2s and 2p. Who is who?

[00:57:37]Will you be there? There will be 2s and 2P. This Who is El Shall? Why are there two of these?

[00:57:41]You are the electron. This is it.

[00:57:44]Come and make an eight-electron bubble.

[00:57:46]Wing 2b has no 6p electrons.

[00:57:50]Are there 6 p electrons?

[00:57:54]Electrons are electrons.

[00:57:56]We are covered here.

[00:57:59]Okewa Okay, so this 1s electron Pulling power comes in 2s There will be no nucleus. Now pull 1s.

[00:58:11]That force of attraction that could exist Power comes and goes, but it doesn't work on 2s. Beyond that 2p is a bit too much. That's the power of How much is the attraction worth?

[00:58:19]The force of the nucleus is getting farther and farther away.

[00:58:21]The app attraction is gone.

[00:58:23]There will be. Okewa as a result valence Electron Experiences Enet Positive charge is less than actual.

[00:58:29]Charge +3 Okewa seen from outside When viewed from the outside Are these two electrons intertwined?

[00:58:38]No, please pay attention.

[00:58:40]Lithium's came +3 What is lithium's +3 so actual?

[00:58:46]Charge +3 because there are three electrons.

[00:58:48]What is its atomic number?

[00:58:50]Lithium's atomic number is three.

[00:58:52]I'm better than that moon.

[00:58:54]We know how to be okay outside.

[00:58:57]You know, then the nucleus.

[00:59:00]It's outside, 1s, then two.

[00:59:04]The electron will be filled up. For that If you look at the exterior, you will see that each cell is one.

[00:59:08]It would be a fill-up. Why?

[00:59:09]The atomic number is a total of three.

[00:59:10]Let's fill up with three electrons.

[00:59:12]Then three electrons go to two.

[00:59:15]It's a bill, go ahead and buy one.

[00:59:16]It's a bill, go ahead and buy one.

[00:59:18]Okay, so this is the one.

[00:59:22]This is a K-go K-go come here The power that can attract nuclei It will not be available for L-cell. Then this Come here, cloud formation.

[00:59:30]It will happen. What formation will happen?

[00:59:32]Cloud formation is like a cloud.

[00:59:33]Like a cloud, like a mist It will happen. This is why this nucleus The force of attraction is negligible. Then This is what we see.

[00:59:41]What is its valence cell? What is its valence cell?

[00:59:43]+1 Butt Actual Charge for Lithium What is +3 +3 then the actual charge?

[00:59:51]Valence electron of lithium How are you? It's a mess. Okewa Is that simple? [First] All this is necessary to make it simple to read.

[01:00:00]No, I'll just continue like this.

[01:00:01]I'm acting like that, okay?

[01:00:05]Can I take it? Absolutely.

[01:00:07][First] Okeva as a result of valence electron inness actual chrja +3ielding is effective very very impi is effective whenal in the in ர ஶல்ஆ complete filled okay okay So next shielding effect is very very Important, very, very important.

[01:00:26]An exam point example Example Part Costs Okay okay across a period of shielding What is the effect like across a group?

[01:00:36]How is the group down there? Okewa This is Across Town.

[01:00:48]Down the group. So across a period Two examples down the group Is there an example of two?

[01:00:57]Okay, cloud formation will happen. Okay now.

[01:00:59]Look, these two exams are very, very important.

[01:01:01]Important Neat Point of View You will get example points.

[01:01:05]Very very important, pay attention.

[01:01:07]Lithium difluorine Lithium beryllium Boron Carbon Nitrogen Oxygen Fluorine neon is the order now.

[01:01:16]From lithium to fluorine Pathingana Across Second Period Successive electron addition to the Orbital lithium has three Four wars for Berliut Six for carbon, seven for nitrogen Eight for oxygen, nine for fluorine Then only one out of three becomes a person.

[01:01:31]From four to six, from six to six From seven to seven, from eight to eight.

[01:01:34]From nine to each electron Orbital is still a person. Then The same orbit is the only way to become an adept. Now How can I say, in the nucleus center?

[01:01:44]There is this K cell, this L cell, this M cell.

[01:01:49]This is the cell phone number.

[01:01:52]I'll draw lithium, then look at beryllium.

[01:01:54]Nucleus Okay, here's three for lithium.

[01:02:01]What should I draw? I will draw beryllium. Then Lithium and beryllium are four Two bills to go to Upfirst Two bills to go to Augsburg.

[01:02:08]Okay. The second one is the same.

[01:02:10]It can be a fillup. Here is the first one.

[01:02:12]It's two bills to go, the second one.

[01:02:13]It takes two bills to go. Then go to L.

[01:02:16]He just came and became a man. Here too, L cell That's it. Then Sam came from orbit.

[01:02:21]Same principle quantum. Same What is the principle of quantum mechanics here?

[01:02:24]Okay, I just came, is that all?

[01:02:28]It's still there. Okay, that's the only one.

[01:02:30]The principal is quantum.

[01:02:32]Because of the shielding effect That would be a shame. This The shielding effect is not very noticeable.

[01:02:40]Why is everything happening inside of one another?

[01:02:42]It was the same orbit then, but now it's different.

[01:02:44]Orbital is here now, first.

[01:02:46]Which one comes first in Orbital?

[01:02:48]If I say orbit, now The nucleus is attached first.

[01:02:51]Orbital.

[01:02:56]This is the second orbit. This is the third.

[01:02:59]Orbital. Orbital Orbital is now a second.

[01:03:02]Third for Orbital Walking in the middle of the orbital If so, it will definitely come and shield.

[01:03:07]Is the screening effect greater?

[01:03:09]There will be. Within the second orbit We need shelter when we walk.

[01:03:12]The effect will not be noticeable.

[01:03:15]It won't be much. Then across the It's easy to see the period.

[01:03:20]It's a simple concept to understand.

[01:03:21]I'll tell you. Leave this example. Other It's simple, no matter what example you give.

[01:03:24]I'll say it as if I'm answering. Period P p means principal quantum. Same Principal quantum number of electron The screening effect comes from being added.

[01:03:34]There is no increase. Group Group different different orbitals Fill us up with electrons.

[01:03:42]So there are two different We are in the middle of orbit.

[01:03:45]The shielding effect is formed. So So the shielding power is increased?

[01:03:50]There will be. Then the shielding power across the The period will be the same.

[01:03:54]It won't increase. Same shielding The effect will be there.

[01:03:56]For everything. Down the Group When you look, you get a shielding effect.

[01:04:00]It will be a mess. So don't worry.

[01:04:02]Don't miss these two exams.

[01:04:04]You look okay, okay? Next Electron gain enthalpy electron Regarding the gain enthalpy It's enough to know the order.

[01:04:10]Nothing but extra.

[01:04:11]There is no need to know. Okewa Okay, come here and write something else.

[01:04:16]I don't know if I'm there, wait.

[01:04:31]Okay.

[01:04:34]This is the ionization enthalpy.

[01:04:36]I can give you a couple of orders.

[01:04:37]Just give me those two.

[01:04:38]Order is what you need, Kostina.

[01:04:40]Coming. Can I have just two orders?

[01:04:42]Read those two orders.

[01:04:43]You will have long-term costs. So Make a note. I'm going to watch it now.

[01:04:46]What is an electron?

[01:04:49]Electron gain enthalpy. Electron What is the gain of alpha? That's right.

[01:04:52]There is. You gain electrons.

[01:04:53]So what's the point of going there?

[01:04:55]There is. So make a note when an Electron is added to a neural cascade.

[01:04:59]The atom is very, very important. The electron Gun Ethalpingaratu Cassius in the game Only then will it become applicable.

[01:05:06]It was a game of chance.

[01:05:08]All I can say is that you are an electron.

[01:05:09]If so, it is a negative charge.

[01:05:11]Will change. From there, Sappos is a An electron from the ground state If you don't remove it, it's ionization.

[01:05:18]You come and give electronic energy to that You take the electron. Then it came.

[01:05:22]I'm asking for a form. An electron When you make a move, it's for you.

[01:05:26]It's becoming negative form. Okay, okay, you.

[01:05:28]Electric shock If that's the case, come and give me a gift.

[01:05:32]Valla. When you buy electronics Debtor. So is it positive or negative?

[01:05:37]It changes. Okay that all so variation in electron gain enthalpy is less systematic ionization enthalpy key Point note okay the procedures of adding an electron to the atom can be eitheriter endothermic Is it important to have an electron?

[01:05:52]It may also be endothermic.

[01:05:53]Otherwise it could be exothermic.

[01:05:55]So make a note and bring it.

[01:05:56]There will also be endothermic There must be exothermic too.

[01:06:03]Like it or leave a like.

[01:06:04]Almost 50 likes if you come.

[01:06:07]Let's cross.

[01:06:15]Okay You have a mock test tonight.

[01:06:20]There is a series, so when the time comes, I will fix it.

[01:06:22]I'll tell you after I do it.

[01:06:25]Okay Okewa So the Process of Adding an Electron An electron is an electron you add.

[01:06:35]Kenyan Ndelbila is an electronic person.

[01:06:36]What is the point of doing a game? You are a Is it worth it to do electronic work?

[01:06:39]Endothermic may also be It can also be very exothermic.

[01:06:42]Important isotope iso-ionization So what is the maximum for you?

[01:06:47]When it gives off energy, it is endothermic.

[01:06:49]Okewa Okefer Many Elements Very Very This is important for many elements.

[01:06:53]Neat point costs note.

[01:06:54]Watch for many elements energy Is released many elements Abundant elements give you energy.

[01:07:01]Just release it. Then this It will be exothermic.

[01:07:05]An electron is added to an atom.

[01:07:07]I am an electron in the game.

[01:07:10]I feel a release of energy when I am being touched.

[01:07:13]Doing it. So this is negative energy.

[01:07:15]It's being released, so it's negative. Very Very Important Example Point Off-view is very, very important.

[01:07:19]Group 17 Asan Reason Cost Student Look at the signs, why is that?

[01:07:25]Group 17 elements have very high negative Electron gun enthalpy piece of copper StableNobel Gus Electronic Copying Picking up one electron is one electron.

[01:07:36]I just got it, so now Florin came and nine florins came.

[01:07:40]How many nines are there in one electron?

[01:07:42]Only one electron inside If you come, will you change ten? 10 then?

[01:07:47]What is the equivalent of f-n here?

[01:07:50]How many F-na? There are 10 electrons.

[01:07:53]Fluorine has 10 electrons, neon has 10.

[01:07:55]Electron. Is that a Nobel Prize card?

[01:07:57]Did you do it? So this is the maximum.

[01:08:00]There will be high negative enthalpy.

[01:08:02]Okay. Group 18 Baru Large Positive Electron gap enthalpy. Electron Has to enter very very important.

[01:08:09]This is where you dance inside the electronics.

[01:08:11]It can't be done. In the electron field Can't take it. That's what he would have said.

[01:08:14]electron has to enter the next higher Principal quantum number leading to very unstable electronic copy Go to Nobel Prize and get an electron.

[01:08:21]Is it possible? No, go to the Nobel Prize.

[01:08:23]Electron, you come and do something.

[01:08:24]Is it possible? Nothing can be done.

[01:08:25]You can't take it, you can't give it.

[01:08:27]No way. I can't even take a sip.

[01:08:30]Can't even give it. So that's it.

[01:08:32]Electron. Then 17 groups arrived and High negative 18th group came and watched.

[01:08:38]Electron gain enthalpy positive Electron gain enthalpy OKEVA OK Next electron gun enthalpy have Large and negative values Towards the upper right of the Periodical Table Receipt Noble Cases Is Okewa Reciding Next to Nobel Prize?

[01:08:55]Let's wait and see what comes next.

[01:08:56]Maximum Large Negative Large Where is the most negativity?

[01:09:00]It's more for the fluorine group. Then Why is it so very, very bad?

[01:09:02]For lithium. For lithium There are very, very few negative values.

[01:09:05]The electron gain is present.

[01:09:07]Okay, why did you come from Lithuania?

[01:09:09]Almost a fifth of the electron is you.

[01:09:11]You came, Panna, and that's a noble case.

[01:09:13]Make a card. Do you understand? Why?

[01:09:15]Lithium already has three electrons.

[01:09:17]There is. You almost came then.

[01:09:20]Seven electrons 10 Varnuma Appa 10 If you want to come, you can add seven electrons.

[01:09:24]Just come.

[01:09:26]Come and make it a Nobel case card.

[01:09:28]Okay, so those situations will come up.

[01:09:30]Okay, okay, next time, electron.

[01:09:32]Gun ethylpentium becmslus negative Asvidavan is a small piece of land.

[01:09:38]Inversely, what would add an electron?

[01:09:40]How much is Father from the Nucleus?

[01:09:42]How far away from the nucleus?

[01:09:44]Is it easy to be an electron in orbit?

[01:09:46]Let's do it. How much for how much?

[01:09:48]Nucleus-adherent Orbitalfor Example K Cell P cell P cell KL MN OP B cell K What is the difference between a cell and a K cell?

[01:10:00]Come and stay next to the nucleus.

[01:10:02]So more than just making an electronic sign If you want to give me some energy, More energy is released. Sappos B I am an electronic person.

[01:10:10]The energy that is generated when making Energy that can't be given away The essence of what you do will come out. So Comparatively how much?

[01:10:16]Is the nucleus separated by an orbit?

[01:10:18]That's all, those are electronic.

[01:10:20]Isiah, come inside.

[01:10:22]You can leave it plugged in. OKEVA OK ELECTRON Gunn enthalpy of oxygen and fluorine isols Negative Than Succeeding Element Okeva When comparing succeeding elements We have oxygen and fluorine.

[01:10:34]There is only Kammia. So, successful.

[01:10:36]If you see the element like that, here it is.

[01:10:38]When you come and make sulfur kamper Oxygen is a poor electron donor.

[01:10:42]Enthalpy. Here is the chlorine gas.

[01:10:43]When fluorine is made, it gains an electron.

[01:10:45]Gain is a commodity. So this is both.

[01:10:47]Come to the important point. Reason What electron is added to oxygen?

[01:10:52]Or floor the add electron go to the smaller n jug number this point Please leave everything as is, note.

[01:10:58]I miss you, I miss you, I miss you.

[01:11:00]Never miss [serumula] Okay, so the electron comes and you are an oxygen.

[01:11:06]You come to a fluorine and gain an electron.

[01:11:08]The electronic device that is used to make a phone call comes with a The quantum number N2 is added to the number, so Repulsion comes from other electrons.

[01:11:15]There will be. When you do it in So N3, you The cap will increase. The area increases.

[01:11:21]You know. Normal is now first K.

[01:11:25]The phone is ringing and there is a button. L in the same It will be a little big. Area Is it too much?

[01:11:30]K then M will increase. That area When it grows, repulsive forces come.

[01:11:35]There will be a lot of money. Then n2 principal The n3 principle for quantum number Quantum number is also a factor.

[01:11:42]When making n3 principal quantum Because there is a little too much area.

[01:11:46]Electron electron repulsion gummia There will be. But n2 electron electron The repulsion will be high. That's why I'll put the electronics in there.

[01:11:54]I need more energy.

[01:11:56]Otherwise, too much energy will be released. Now When I put it in N3, the energy is amazing.

[01:12:01]Just be there. I am also an electron.

[01:12:02]Let's insert it. Otherwise, a 3 quantum states that insert electrons Number n3 continent level s chlorine adduct Occupy the Larger Region of Space Very Very Important Electron Electron repulsion is very much light.

[01:12:15]Okay, okay, students, don't like that.

[01:12:17]Like it, 6 more likes 50 To cross. Okay electron gaen Enthalpy is very very important in this You came without knowing the order, please.

[01:12:25]This order is 1000% guaranteed to be delivered within the stipulated time.

[01:12:28]Trust me, read this and go, except for this order.

[01:12:29]You don't need any other order.

[01:12:30]Costins will not come. This order only Please read it and go. This is an order.

[01:12:34]If you read it, you can get a full electron.

[01:12:36]What trends are there from Enlal?

[01:12:37]Even if you come, you should attend.

[01:12:38]It might be gone. So read it.

[01:12:46]Okay, okay, same positive.

[01:12:49]Order for electron kine enthalpy It's here. Okewa Positive electrophilicity is here.

[01:13:06]Electronegativity Electro Please understand the negative.

[01:13:10]Electronegativity Definition I just want to hear a definition that I haven't read at all.

[01:13:13]The definition of 10% is not correct.

[01:13:15]You will never be able to get up. That's the order.

[01:13:18]Important. Phone call, okay, phone call.

[01:13:22]Phone f oh a phone so phone call supreme cut Police Okewa Biscuits I only remember that Bela Lena was like that.

[01:13:35]I want to [ __ ]. That's how I remember it.

[01:13:36]I was there. That's my I told the students too. So Just remember this one order.

[01:13:40]This is an order, very very.

[01:13:41]Important Electronegativity As for this order, it should not go unread.

[01:13:44]Trust 1000% and read this order.

[01:13:47]That's where the costins come from.

[01:13:48]Flori has more electro.

[01:13:50]Negativity is the second oxygen Second, nitrogen Meanwhile, chlorine and nitrogen Same electro for chlorine Negativity. Next to sulfur Same Electro for Carbon Negativity. Phosphorus, boron, Silicon, also for Belliath Same electro between aluminum Negativity Magnesium, Lithium, Sodium is OK. So Across the Period What do we have across the Period size decreases electro Negativity Increases Ionization Enthalpy is the same as what we said.

[01:14:22]Anamalas Property Anamalas Property Management May 3 Exam If you have come Why is lithium unlike other alkali?

[01:14:32]Metals are unlike other elements.

[01:14:34]Okewa Lithium Now pay close attention.

[01:14:40]Lithium Sodium Beryllium Magnesium Boron Aluminum Diagonal Relationship That is the abnormal properties of the diagonal.

[01:14:50]Who has a relationship with whom? Diagonal Relationships are also important for lithium.

[01:14:54]Does this also contain magnesium?

[01:14:55]Good diagonal relationships for both.

[01:14:57]There is. Next Watch Next Watch For beryllium and aluminum There are diagonal relationships in the middle. So It could be somewhere in between.

[01:15:05]Diagonal relationship is very very Important, I'll do it here.

[01:15:07]I would have given it to you. For lithium What are physical and chemical The properties are shot, that's all.

[01:15:12]It also shoots for magnesium.

[01:15:14]Both are equal.

[01:15:16]The chances are high. So, that's why.

[01:15:17]Come here and say that it's anomalous property.

[01:15:20]We indicate it with our own words. Okewa other members of these groups prominently from ionic compounds Lithium berlum is more similar with second elimt of the following magnesium aluminum groups are mentioned here Same. So this is commonly referred to diagನal relationನ್ಷಿಪ್ಪಿಪ್ಸ Importance of abnormal property behavior What kind of concept is that?

[01:15:40]The element will be small in size.

[01:15:41]Example lithium and nano Small, if I also take magnesium It will be the same size. Large charge radius Ratio High Electronegativity High The enthalpy of activation is maximum covalency.

[01:15:54]4 OKEA OK Boron Palms f bf4- Aluminum Palms Aluminum F63- This Take a cost estimate from May 3rd.

[01:16:04]Okay, check it out.

[01:16:08]Did all the notes arrive and are perfect?

[01:16:10]You have to come to NCRD.

[01:16:12]There's no need to study now.

[01:16:13]Periodical Classification only does this Go and study and come yourself.

[01:16:18]Tell Okewa Okay, next, watch, okay.

[01:16:30]Acetic oxide is a basic oxide and is the same as I'll say something like this too. Chen Born This is what I read, relying on the author.

[01:16:43]That's where the oxide costs come from.

[01:16:45]Next I will tell you about acetic oxides cl2o7 What is the oxidation number?

[01:16:52]That's all, that's all.

[01:16:54]Do we have too much acidic character?

[01:16:55]There will be. Now the oxidation number Chlorine has +7 here and there.

[01:16:59]Highest oxidation chlorine Does it have a higher oxidation number?

[01:17:02]Is there too much acidic character?

[01:17:04]There is. What is Na2 sodium?

[01:17:06]Metal. Metal is always talking.

[01:17:08]What is metal? Metal. Okay now.

[01:17:11]Simply put, metal. Metal Everything is talking.

[01:17:16]I will bring you all the metal.

[01:17:20]Acetic. Then I found the metal sodium.

[01:17:23]There will be a character who will come and talk. So Who is who in basic oxides amphoteric?

[01:17:27]Al2O3 A2O3 is neutral in nature.

[01:17:30]Oxides Who Who Will Carbon Monoxide NO N2O Similar oxides Come and decode B block for you.

[01:17:37]I told you. So just that That's enough for Just Bath, okay?

[01:17:40]So much for periodic classification Completed, come here.

[01:17:45]I'll just tell you the order for ionization.

[01:17:47]Write it down, they won't write it down.

[01:17:51]Ionization order is very very Important.

[01:17:54]So if you need an order, please import it.

[01:18:02]Ionization order Please make a note clearly.

[01:18:12]Ionization order is very, very important.

[01:18:14]If you were in this order, you would Please make a note of the cost.

[01:18:16]Ionization Order Period First Period First period First period As for you, have you seen it?

[01:18:26]Lithium Boron Beryllium Carbon Oxygen Nitrogen Fluorine Neon This is the second to the first period.

[01:18:43]Periodic table Please ask for a very, very important question.

[01:18:49]Can you just give me this order?

[01:18:50]Order as is, please, you're getting sodium.

[01:18:52]First Next Aluminum Next Magnesium Next Silicon Next Sulfur Next Phosphorus Next Chlorine next argon argon so itula What's the change? This is the only change.

[01:19:10]This is the only change.

[01:19:14]Everything is fine, can you just give me this?

[01:19:17]I've seen enough, so this is it.

[01:19:19]For your periodic classification Full notes. So this is my class.

[01:19:24]Why did you come to me with notes this time?

[01:19:27]It would be too late if we had come and held it.

[01:19:28]Student's notes on what is happening I'll buy it and take it.

[01:19:33]Why extract my notes?

[01:19:35]With students who can't do it.

[01:19:36]Saying "let's buy it" I have taken it. So this note 12 pages is enough. NCR Almost a 30 per sitting I haven't read the pages yet.

[01:19:44]Waste of time. So Periodic This one note is enough for classification.

[01:19:47]Don't waste your time reading extra.

[01:19:50]Don't waste time studying extra.

[01:19:52]Periodic Classification Complete I made it and will come to you next time.

[01:20:05]Next time I'll come and give you a mock test.

[01:20:07]Get ready for the mock test.

[01:20:09]I will remind you when the time comes.

[01:20:11]I'll set it up so you can take the mock test.

[01:20:13]Be ready, not ready.

[01:20:16]Students, get ready. Mac What am I saying about the timing for the test?

[01:20:20]I'll tell you what happened.

[01:20:22]Okewa Okay? What is the timing for the mock test?

[01:20:38]I will tell you everything. Okay?

[01:20:40]Definitely a mag today.

[01:20:41]Are you writing a test? Two tomorrow.

[01:20:43]Write a mock test. So tomorrow Morning one mock test Evening one Write it as a mock test.

[01:20:48]I'll set a reminder now.

[01:20:50]Definitely go and like it right now.

[01:20:52]Wait. I put the time and date on everything.

[01:20:55]I will do the cost saving myself.

[01:20:57]So no matter what, you're on the You can listen to the spot. Very very very Until then, you are my class.

[01:21:03]Did you notice all that?

[01:21:05]I don't need it.

[01:21:07]It matters to me.

[01:21:09]No. First of all, let me say It matters to me.

[01:21:12]No. Did you watch the mock test?

[01:21:14]You come and retake the exam.

[01:21:17]It means I escaped. Okewa So I would say boldly that much. So Mock test is very very important.

[01:21:22]That's it. So, pay close attention.

[01:21:26]Read well and be ready to revise.

[01:21:28]Students are ready to revise.

[01:21:30]Stay strong, meet me in the mock test.

[01:21:32]Let's do it. So this is the end of the live.

[01:21:33]I will. Next lesson is coming.

[01:21:35]Atomic Structure of Pathingan Thermodynamics Chemical Equilibrium I will take it. So Mock Test Complete When you're done, put on your night glasses.

[01:21:42]I will take it. Otherwise I'll pick it up tomorrow morning.

[01:21:45]Okay. So Next Mock Test Get ready for the series. Mac I am now setting a reminder for the test.

[01:21:49]I'll post it, okay? Thank you Students, this class is for you.

[01:21:52]I liked it, so don't forget.

[01:21:54]Subscribe to the channel and like this Also click the like button for the video.

[01:21:57]Please do it, if you do it, just a little.

[01:21:58]I hope it's better, okay?

[01:22:00]Thank you