REDOX - 2 - video Dailymotion

Name: REDOX - 2
Uploaded: 2025-08-15T05:08:31+00:00
Duration: 1 h 29 min 59 s
Channel: JACK
Description: EDUCATION

JACK

5 months ago

EDUCATION

Category

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Learning

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00:00:00I am going to ask you a few questions.

00:00:02If you have two things left, then you will never say that.

00:00:07If you have two things left, relax.

00:00:10Today is 4.30 am.

00:00:13One to one doubt session.

00:00:14One to one doubt session means that if someone has a problem,

00:00:18a discussion in module, then go to your mind.

00:00:21Whatever.

00:00:22Today is 4.30 am.

00:00:25Hello?

00:00:27If you have two things left, then you will have to go to your mind.

00:00:32Do you understand?

00:00:33One to one doubt.

00:00:35Because it may happen, not to be able to do whatever way.

00:00:37So, Wednesday, Thursday, Friday.

00:00:39You will have to do it.

00:00:41If you have to solve the module, then please,

00:00:44whatever you will do, please,

00:00:46if you have to do it properly,

00:00:48then you will have to do it properly.

00:00:50I will give you a second.

00:00:52If you have to do it, then you will have to do it.

00:00:54Officially, I should not do it.

00:00:56So, some, one, three, four,

00:00:57you will have to do it.

00:00:58There will be a discussion on Sunday.

00:01:00Hello?

00:01:01You will keep your親's people together.

00:01:03But if you do it fine with your mind,

00:01:04if you say it,

00:01:05I will not say it with you.

00:01:06I will not say it with you.

00:01:07If you want to ask people,

00:01:09you will not say it with you,

00:01:10but you will also say it with me.

00:01:11If someone is taking pain,

00:01:12you will not take pain.

00:01:13Believe me, no one can help you.

00:01:15you have to be able to help you. If you are a stupid person, you will have to be able to help you.

00:01:20It will be very clear.

00:01:26Let's start with this.

00:01:28We are talking about the next point of the reaction.

00:01:32I have to add rules.

00:01:36and I have said that, when I was studying in my younger generation,

00:01:39when I was studying in my younger generation,

00:01:44I was reading a lot of answers.

00:01:46But as I said that,

00:01:47I was developing a lot of answers,

00:01:50and I thought that I was reading a lot of answers.

00:01:54But as I said,

00:01:56I'm going to explain this to you as a result.

00:01:58But as I went to learn from the logic,

00:02:00or I was going to learn a lot of other things.

00:02:03ुदारण के तौर भी मैंने आप से कहा कि फ्लोरीन का चार्ज माइनस वन होता है आज हो सकता आपको रटना पड़ सकता है लेकिन जब आप इनौगिनिक केमेस्ट्री में लक्टॉनिक कन्फिग्रेशन और ये सब समझ जाएंगे तो आप समझेंगे और कुछ हो ही तो नहीं

00:02:33तो प्यारे बच्चों लास्ट क्लास में जितने रूल बताया वहीं मैंने आप से कहा कि कभी कभी ऐसा भी होता है और गोंडिनेट कंपाउंड होते हैं उनमें होते हैं लिगैंड्स जब मैं आपको कल औक्सिडैशन इस्टेट और औक्सिडैशन नंबर पढ़ा रहा था त

00:03:03In this series, there was a compound that was called Coordinate Compound.

00:03:07In Coordinate Compound, I said yesterday that one is metal and one is ligands.

00:03:12These ligands are about the details.

00:03:16In detail, no doubt, you will be in Coordination Chemistry and Inorganic Chemistry.

00:03:20You will be able to understand each chapter of questions.

00:03:26These ligands are basically three kinds.

00:03:30Some are neutral, some are positive and some are negative.

00:03:37These are three kinds of ligands.

00:03:43Why are they, how are they, how are they, all you can understand.

00:03:46They are not me.

00:03:47We will be able to understand the ligands.

00:03:50Neutral ligands are three examples.

00:03:52One is Co, Monoxide, one is Ammonia and one is Pani.

00:03:58These three examples are very good.

00:04:01Sir, this is how many ligands are?

00:04:02Neutral.

00:04:03Sir, this is how much charge will be?

00:04:05Zero beta.

00:04:06This is very simple.

00:04:07This is very simple.

00:04:08Neutral is zero.

00:04:09There are some positive ligands.

00:04:11The list is very long.

00:04:13I have only two names.

00:04:15One is NO plus and one is NO2 plus.

00:04:18And negative in this list is very good.

00:04:20I have nothing.

00:04:21But I have many different types of ligands.

00:04:23I have nothing.

00:04:24I have nothing.

00:04:25I have nothing.

00:04:26It is too much.

00:04:27I am nothing.

00:04:28I have nothing.

00:04:29I am nothing.

00:04:30I am nothing.

00:04:31I am nothing.

00:04:32I have nothing.

00:04:33I am nothing.

00:04:34this chapter will be a lot of oxalate iron basically one acid is called oxalic acid

00:04:44like sulfuric acid or nitric acid is called oxalic acid. When you do oxalic acid

00:04:522 hydrogen, which is called oxalate iron, which is called oxalate iron. Sir, what do you want to tell?

00:05:02My children, I want to tell you that this is ligands. If ligands of charge will not exist, then you will not get out of metal.

00:05:13I will try to do two small examples. The first example is the NICO hole 4. If you look at it, here is CO and here is NI.

00:05:25The first question is the normal compound or coordinate compound. If it is coordinate compound, then it is metal.

00:05:31If it is CO, it is CO. If it is CO, it is CO. If it is CO neutral, then it is CO. If CO is CO, it is CO.

00:05:39If it is CO. If it is CO. If it is CO. We do not need to be Latino neutral.

00:05:47So thisculo nico will be depends on your inside compound. Let me see anotherabs.

00:05:55I have a question, if you have a question,

00:05:57if you have a question,

00:05:59if you have a question,

00:06:01you have a question,

00:06:03which you have a question?

00:06:05I'm going to write it.

00:06:07I'm going to write it.

00:06:09Okay, this is the way.

00:06:15If you have an example,

00:06:17all metals have

00:06:19zero oxidation number in metal.

00:06:27If you have a question,

00:06:29all metals have

00:06:31zero oxidation number in metal.

00:06:33If we have something else,

00:06:35the other example,

00:06:37I have a question,

00:06:39my dear children,

00:06:41K4

00:06:43FeCl whole 6.

00:06:45If we have a coordinate compound,

00:06:47compound है और मुझे यहां पर आइरन पर चार्ज बताना है तो जिसका चार्ज बताना उसे कितना माले

00:06:53एक्स अब बच्चे को समझना पड़ेगा कि जो सीन है वो कैसा लिगेंड तो सीन एक बहुत फेमस निगेटिव लिगेंड का

00:07:00अब बच्चे को नहीं याद है वो प्लीज रपीट करें अपने बहुत स्टांदार चीज है याद हो जाएगा

00:07:28कि लीथियम सोडियम पोटैशियम रूबी यूं से यह तो यहां लिखोंगा व्र हो Elder cracked की निगेटिव

00:07:48एक साइनाट पर कितना चाँज है स्टे πर कितना होगा

00:07:52एक्स Candle берाबर करूंगा 0 कितना मेंवगा ओलिध Peak कितना एगा ऐस कितना एगा एग्स कितना नहींगा

00:07:576-4-6-4.

00:08:01This is how many values are.

00:08:05In this case, you can also remove a coordinate compound.

00:08:10But only twist is, but only twist is,

00:08:13we need to know about this.

00:08:17Is this clear?

00:08:19Now, I have to tell you the summation rule.

00:08:23This is the structure rule.

00:08:31When I explain the structure rule,

00:08:35the first step is to make the child structure.

00:08:39The child can tell me the structure.

00:08:43Why should I make the structure?

00:08:45When I have the summation rule,

00:08:47why do I make the structure?

00:08:51So, what is the structure rule?

00:08:53What is the structure rule?

00:08:55Before I explain the structure rule,

00:08:57I want to explain the structure rule.

00:08:59Today, because I have not studied inorganic chemistry,

00:09:03I will tell you the structure.

00:09:05Don't worry.

00:09:06But when you are in May,

00:09:07you will understand the structure.

00:09:09I need to explain the structure.

00:09:11So, I will try to explain the structure rule.

00:09:13I will tell you,

00:09:15I will tell you the structure rule.

00:09:17Why do we need structure rule?

00:09:19Why do I need structure rule?

00:09:21You know, I will tell you the structure rule.

00:09:23The next point is summation rule.

00:09:25Heading to rule.

00:09:27Summation rule.

00:09:29Oxidation number to remove the rule.

00:09:33Summation rule.

00:09:35Oxidation number to find the rule.

00:09:37Summation Rule

00:09:41Oxidation Number

00:09:43Find

00:09:45Summation Rule

00:09:47Oxidation Number

00:09:49Find

00:09:51Lekin

00:09:53OS

00:09:57OS

00:09:59Oxidation State

00:10:01Actual Value

00:10:03We have to follow structure

00:10:09We have to follow structure

00:10:13We have to follow structure

00:10:15We have to follow structure

00:10:17We have to follow structure

00:10:19ऐसे

00:10:21दो cases होंगे जहां हमें

00:10:23structure क्या वाशक्ता पड़ेगे

00:10:25नहीं तो सारा काम Oxidation Number

00:10:27से चलेगा वो दो case कौन से होंगे

00:10:29अगर कभी Oxidation

00:10:31Oxidation Number

00:10:32आए Fractional

00:10:33कैसा आए है

00:10:34अभी लिख लो

00:10:35ताकि Notes प्रापर बन जाए

00:10:36फिर समझाता हूं

00:10:37अगर कभी Oxidation Number हो Fractional

00:10:41अगर कभी Oxidation Number हो Fractional

00:10:45और दूसरा case होगा

00:10:47अगर कभी Oxidation Number हो

00:10:49Range से बाहर

00:10:51अगर कभी Oxidation Number हो

00:10:53Range से बाहर

00:10:57अगर कभी Oxidation Number हो

00:10:59Range से बाहर

00:11:01यह दो केसे जैसे होंगे

00:11:02मेरे प्यारे बच्चो

00:11:04जहां दुनिया की कोई ताकत आपको नहीं बचा पाएगी

00:11:06केवल एक ही ताकत बचा पाएगी

00:11:07वो कौन

00:11:08structure

00:11:10जैसे मैं कई बार आगे चलके ऐसा बोलूँगा

00:11:13अगर कभी हो जाए

00:11:14fractional

00:11:15तो समझ जाना जरूर कोई जोल है

00:11:17और अगर कभी range से बाहर हो तो समझ जाना जरूर कोई

00:11:20तो ऐसी दो situation होगी जहां जोल होगा

00:11:23जोल एक मुहावरे की जैसा है जो कहने का मतलब है

00:11:25कि आपको structure बनाना पड़ेगा

00:11:28तो कितनी situation जहां structure से ही answer आएगा

00:11:31या तो होगा या तो होगा range से

00:11:34अब हमें कुछ elements के range याद हो जैसा carbon family की range क्या है

00:11:38minus 4 से plus 4

00:11:40nitrogen family क्या है

00:11:43minus 3 से oxygen family क्या है

00:11:48minus 2 से minus 2 से

00:11:51halosan family क्या है

00:11:53minus 1 से

00:11:55chromium क्या है

00:11:570 से plus 6

00:11:59copper क्या है

00:12:010 से plus 2

00:12:03iron क्या है

00:12:050 से plus 3

00:12:07mn क्या है 0 से

00:12:09osmium, ruthenium, genon

00:12:11क्या है 0 से

00:12:13यह हमें याद होने चाहिए

00:12:15यह दो situation है जब हमें क्या बनाना पड़ेगा

00:12:17structure तो आओ मैं आपको समझाता हो

00:12:19structure rule क्या है

00:12:20भूल मत जाना

00:12:22sir हमें structure rule में structure बनाना नहीं सिखाएंगे

00:12:26sir हमें structure rule की मदद से

00:12:28charge निकालना सिखाएंगे

00:12:30अलो

00:12:32अलो

00:12:36काम है inorganic chemistry का

00:12:38हर किसी का अपना section है और हम कोशिस करते हैं तीनों हमेसा independent होता है

00:12:42organic chemistry का section अलग है

00:12:44physical chemistry का section

00:12:46अलग है

00:12:48हाँ अगर कोई teacher तीनों पढ़ाता है तो फिर mostly वह बताते जाता है

00:12:52but we try to make separate क्योंकि वह section वहां पढ़ाया जाता है

00:12:56बोलो चलेगा मैं आपको यहां structure बनाना

00:12:59structure मैं बनाऊंगा

00:13:01चलेगा

00:13:02आपको तो rule लगाना है और charge बताना है

00:13:05एक simple सा खेल है बोलो हाँ या ना

00:13:07मेरे प्यारे बच्चों जब हम structure rule लगाते है तो structure rule का सबसे पहला

00:13:11structure rule का सबसे पहला step होता है structure बनाओ क्या rule होता है

00:13:18चलो यह तो sir बना देंगे हमें नहीं करना है

00:13:21अरे हाँ या ना सबसे पहले rule में क्या है structure बनाओ उसके बाद

00:13:26bond देखो bond देखो bond देखो क्या देखो

00:13:30क्या देखो सबसे पहले structure बनाओ फिर bond देखो फिर rule लगाओ

00:13:36Sir, which rule?

00:13:38When we look at the bond,

00:13:43we will have three types of bond.

00:13:46If you listen to the inorganic chemistry,

00:13:50I know that you will have to listen to it.

00:13:54My children are 11-12.

00:13:57I hope that I will study.

00:13:59I will listen to it.

00:14:01I will listen to it.

00:14:03If you listen to it,

00:14:06you will listen to it.

00:14:08When we listen to it,

00:14:09there are three types of bond.

00:14:11Inorganic bond,

00:14:13one is one.

00:14:17When we have structure,

00:14:19there are three types of situation.

00:14:21It will be a ionic bond,

00:14:23it will be a covalent bond,

00:14:24it will be a covalent bond,

00:14:26it will be a covalent bond,

00:14:28it will be a covalent bond.

00:14:31So, I will explain to you the first point,

00:14:34first to this point,

00:14:37when we look at ionic bond,

00:14:39when we see ionic bond,

00:14:41when we see ionic bond,

00:14:44you will find ionic bond.

00:14:45For ?

00:14:48what happens if it is a metal or a non-metal or a cation and anion

00:14:56when you have a cation and anion and anion

00:14:59then you can understand that it is a compound

00:15:01and I want to tell you what the cation

00:15:04is the charge of the cation

00:15:07if cation is the plus or minus cation

00:15:11cation is the plus or minus cation

00:15:14cation is the plus or minus

00:15:17cation is the jadekie

00:15:21something you do guac potato question period

00:15:30as for the cation cation

00:15:32cation here, which will require cation

00:15:35the four of us are the os

00:15:38where we are cation

00:15:45foreign

00:15:52foreign

00:15:59foreign

00:16:04foreign

00:16:09foreign

00:16:12is this clear

00:16:16if you understand example

00:16:18I will tell you about

00:16:20CACL2

00:16:22CACL2

00:16:24calcium

00:16:26alkaline

00:16:28calcium

00:16:29alkaline

00:16:30group 1

00:16:32group 2

00:16:34charge

00:16:36charge

00:16:372

00:16:38chlorine

00:16:40longer

00:16:42charge

00:16:44minute

00:16:46i

00:16:50I

00:16:56the

00:16:58the

00:17:00basis

00:17:02।

00:17:09।

00:17:14।

00:17:20।

00:17:22।

00:17:24।

00:17:26।

00:17:28।

00:17:30।

00:17:32।

00:17:34।

00:17:36।

00:17:38।

00:17:41॥

00:17:42।

00:17:44१

00:17:47।

00:17:53।

00:17:55।

00:17:59।

00:18:00foreign

00:18:05I have written a song I have a book I have a book I have a book I have a book I have a book

00:18:13to come here

00:18:20in the background

00:18:22the single-bond

00:18:23would go

00:18:24and go

00:18:25so

00:18:27board

00:18:27yeah

00:18:29it's a single

00:18:30yeah

00:18:30it's a double

00:18:31yeah

00:18:33yeah

00:18:33it's a

00:18:35it's a

00:18:37it's a

00:18:38it's a

00:18:39it's a

00:18:40it's a

00:18:41it's a

00:18:42it's a

00:18:42to get 2 at 2 at 2 at 2 at 2 at 2 at 2 at 2 at 2 at 2 at 2 at 2 at 2 at 2 at Sena that

00:18:48can be on my head Bola Bhi Jato Hoga home or at 2 at 3ma at 2 at 2 at 2 at at 1 at 2 at

00:18:57so I can't have noπis I can't stop right now I can't keep in this talk at 2x electrone

00:19:05foreign

00:19:33here charge will be 0, 0, 0, 0, 0, 0, 0, 0.

00:19:39Do you understand?

00:19:41O2 will be oxygen.

00:19:43O2 will be oxygen.

00:19:44N2 will be nitrogen.

00:19:46Because both are homo and covalent bond are,

00:19:47yes or not.

00:19:48But if it happens, how will it happen?

00:19:51So, how will it happen?

00:19:53How will it happen?

00:19:55How will it happen?

00:19:57How will it happen?

00:19:58How will it happen?

00:20:001 bond, 1 charge, 2 bond,

00:20:022 charge, 3 bond, 1 charge, 2 bond,

00:20:052 bond, more electronegative,

00:20:08pay minus 1, less pay, more pay,

00:20:122 bond, 2 bond, 3 bond,

00:20:173 charge, 1 bond, 1 charge, 2 bond,

00:20:203 bond, more ENP minus, less ENP plus,

00:20:24Volodon.

00:20:25Let go next point.

00:20:27Even each E wavers!

00:20:31Let us know.

00:20:35God should outline.

00:20:36Zip,

00:20:37I am not retained down here.

00:20:38Like it isn't for authorities.

00:20:39I am looking at like PIT is saying like hey,

00:20:404 bond,

00:20:41I am Nuram until the other day over for me,

00:20:42only egy bun...

00:20:433 bond,

00:20:44B,

00:20:45Band,

00:20:45I am using the 11 bars,

00:20:461 charge,

00:20:479 compared to one through the other sort of,

00:20:481 Preis,

00:20:491 charge,

00:20:51H,

00:20:518片,

00:20:521 charge,

00:20:539etted,

00:20:5410 phase,

00:20:55nonел описании.

00:20:56So structure rules, first make a structure, then make a bond and then make a rule.

00:21:11If a ionic bond is, then simple cation and anion.

00:21:17If a covalent bond is, then homo is, then no charge.

00:21:22If a retro is, then charge will be.

00:21:25If a bond is, then charge will be.

00:21:27If a bond is, then charge will be.

00:21:28If a bond is, then more ion will be minus, less ion will be plus.

00:21:35This can help understand much.

00:21:37The reason is that the electron will be minus.

00:21:41The electron will be minus, and the fact will not be minus.

00:21:45This is not any rocket science.

00:21:48It's a simple answer.

00:21:49Hi, but I am not going to go ahead and explain it to me that to be a union bond,

00:21:53then to be a coordinate bond.

00:21:55Listen to me, coordinate bond,

00:21:57we have only a dynasty of a arrow to the organization.

00:22:00And we know that this arrow has two electrons come from91 of which.

00:22:04When one bond comes from one This is one note of two electrons.

00:22:07When we start the series,

00:22:08since two electrons come from here when we start the zero deutsche electron,

00:22:12they become like so.

00:22:13We start the covalent bond.

00:22:15But if we start the left,

00:22:17shifting keval ack traf se ho tia or arrow bana te

00:22:19jiski traf arrow hai

00:22:21matab elektron udhar jaha raha hai

00:22:22to elektron udhar gya

00:22:24kitnye chalye gaya 2

00:22:25or jab elektron aeengue

00:22:27to minus charge jayega ki plus

00:22:29or jab elektron jayengue to

00:22:31yani jiski traf donation hai

00:22:33uski traf minus

00:22:34or jiski traf se hai uski traf

00:22:37or usne kitnye elektron dhe dhiye 2

00:22:39to eek traf aeega plus 2

00:22:41eek traf aeega

00:22:41jaisa ki covalent bond bhi homo or

00:22:44hetero me bantah hai

00:22:45wiesa hi coordinate bond bhi homo

00:22:47or hetero me bantah hai

00:22:48agar kabhi homo atomic hai

00:22:50kehnye ga matlab hai

00:22:51ki eek jaisa hai chame

00:22:52agar kabhi eek jaisa item hai

00:22:54yani ki eek coordinate bond a

00:22:56maan lo

00:22:58ya mein keh djeta hoon b

00:23:00coordinate bond b maan lo

00:23:01to aaj donation kiski traf hai sir

00:23:04uswale ae ki traf

00:23:05to ispere kitna charge jayega

00:23:07minus 2

00:23:07ispere kitna ayega plus 2

00:23:09agar bachcha kehani ko

00:23:10saral bhasa me save karna chata

00:23:12jokhi joruri hai

00:23:13jokhi joruri hai

00:23:14aapni memory ko long term

00:23:15me return karne ke liye

00:23:16covalent bond me

00:23:17eek bond

00:23:18eek charge

00:23:18do bond

00:23:19do charge

00:23:19three bond

00:23:20or coordinate bond me

00:23:22eek coordinate bond

00:23:23do charge

00:23:23jidhar hai

00:23:24tere udhar

00:23:24minus 2

00:23:25jiski teref

00:23:26se hai tere udhar

00:23:27măgur kiski teref

00:23:29măgur kiski teref

00:23:30aagur măgur kiski teref

00:23:32aagur măgur kiski teref

00:23:33aagur măgur kiski teref

00:23:34teref

00:23:34to ispere kitna charge

00:23:35hooga

00:23:35ispere kitna charge

00:23:37hooga

00:23:37bolo hai

00:23:38ya na

00:23:38bolo hai

00:23:39ya na

00:23:39lیکin

00:23:40agar

00:23:41kabhi

00:23:41hoja

00:23:41hetero

00:23:42kaisa

00:23:42hoja

00:23:42hetero

00:23:44ka

00:23:44mtlab

00:23:44doon

00:23:45atom

00:23:45same

00:23:45hai ki alag

00:23:46to doonou ki

00:23:47e and same

00:23:48hoogi alag

00:23:48to kiski ki

00:23:50jadha hoogi

00:23:50kiski ki

00:23:51maana hai

00:23:52menei aisa ki

00:23:53b ki e and a se

00:23:54maana hai

00:23:55menei aisa ki

00:23:56b ka e and a se

00:23:57e and ka mtlab

00:23:58e and nose

00:23:59kyan na

00:24:01mtlab hai

00:24:01electro negative

00:24:02aray enti

00:24:03hoota hai na

00:24:04kya e and ka

00:24:05mtlab

00:24:05yaha pe

00:24:05electro negative

00:24:06hai

00:24:06bolo hai

00:24:07ya na

00:24:07agar ye

00:24:08electro negative

00:24:08hai

00:24:09koon

00:24:09zyada

00:24:09electro negative

00:24:10hai

00:24:10kis

00:24:11se

00:24:11zyada

00:24:11mene

00:24:12aap

00:24:12ke

00:24:12sámane

00:24:13compound

00:24:13maanlo

00:24:14iska naam

00:24:14e b

00:24:14maanlo

00:24:15teer

00:24:16aise

00:24:16banay

00:24:16maanlo

00:24:17ya structure

00:24:18koon

00:24:19banayega

00:24:19main

00:24:20hameesha

00:24:21structure

00:24:21koon

00:24:22banayega

00:24:22main

00:24:22abhi

00:24:23aapko

00:24:23structure

00:24:23banane

00:24:24me

00:24:24dhimang

00:24:24lagana

00:24:24nahi

00:24:25batao

00:24:26udhar

00:24:26donation

00:24:26eki

00:24:27udhar

00:24:27to

00:24:28batao

00:24:28udhar

00:24:28kitna

00:24:29charge

00:24:29kitna

00:24:30charge

00:24:31kitna

00:24:32charge

00:24:32kitna

00:24:33charge

00:24:33bolo

00:24:35done

00:24:35lیکin

00:24:36kabhi

00:24:37aisa

00:24:37hooga

00:24:38kabhi

00:24:39aisa

00:24:39joh

00:24:40tum

00:24:40kabhi

00:24:41na

00:24:41sucha

00:24:41tha

00:24:42woh

00:24:42bhi

00:24:42hooga

00:24:42aray

00:24:44s'maj

00:24:44pah

00:24:44rho

00:24:44kya

00:24:45jb

00:24:46aap

00:24:46banay

00:24:46structure

00:24:47kya

00:24:47banay

00:24:47ogo

00:24:47to

00:24:48as per

00:24:49rule

00:24:49donation

00:24:50to

00:24:50zyada

00:24:50ian

00:24:51ki

00:24:51ho

00:24:51na

00:24:51chah

00:24:52chahiye

00:24:52lیکin

00:24:53kai

00:24:53baar

00:24:53octet

00:24:54complete

00:24:54karne

00:24:54ke

00:24:54chakkar

00:24:55me

00:24:55aisa

00:24:55bhi

00:24:55ho

00:24:56ta

00:24:56hai

00:24:56joh

00:24:56nahi

00:24:56ho

00:24:57na

00:24:57chahiye

00:24:57woh

00:24:57bhi

00:24:58ho

00:24:58ta

00:24:58bolo

00:25:00done

00:25:00aaj

00:25:01bol

00:25:02teer

00:25:02kidhar

00:25:02kod

00:25:04jah

00:25:04elektronegative

00:25:05kis

00:25:08elektronegative

00:25:08kis

00:25:10kis

00:25:11donation

00:25:11kidhar

00:25:11joh

00:25:12ki

00:25:12ho

00:25:13na

00:25:13chahiye

00:25:13mga

00:25:14aisa

00:25:15joh

00:25:16nahi

00:25:16ho

00:25:16na

00:25:16chahiye

00:25:17tha

00:25:17agar

00:25:17kbhi

00:25:18wies

00:25:18ho

00:25:18ta

00:25:18hai

00:25:19as per

00:25:20rule

00:25:20charge

00:25:21maana

00:25:21jayega

00:25:21zero

00:25:22zero

00:25:23zero

00:25:24kitna

00:25:25maan

00:25:25ho

00:25:25ge

00:25:25is

00:25:28saral

00:25:29bahasa

00:25:29me

00:25:29as

00:25:29aad

00:25:29karo

00:25:30joh

00:25:30ho

00:25:30na

00:25:30chahiye

00:25:31th

00:25:31agar

00:25:31wohi

00:25:31kya

00:25:33bula

00:25:33so

00:25:35charge

00:25:35minus

00:25:36two

00:25:36plus

00:25:37two

00:25:37joh

00:25:38nahi

00:25:38ho

00:25:38na

00:25:39agar

00:25:40woho

00:25:41to

00:25:42charge

00:25:43jayega

00:25:43zero

00:25:44zero

00:25:45zero

00:25:45is

00:25:46clear

00:25:47lick

00:25:48n

00:25:48jaldi

00:25:48say

00:25:49kis

00:25:51kis

00:25:56kis

00:25:57kis

00:25:58kis

00:25:59kis

00:26:00kis

00:26:01kis

00:26:02word

00:26:03aad

00:26:06maan

00:26:07kis

00:26:08kis

00:26:09vicias

00:26:09kis

00:26:10kis

00:26:11kis

00:26:12or practical,

00:26:15the science of lust is to be practical,

00:26:18blind believers,

00:26:21they say it does not matter what we have,

00:26:22meaning that

00:26:23the truth is this every place,

00:26:24and if someone says to you,

00:26:25that its something that is important,

00:26:27and these that the truth

00:26:27is just the truth that you can leave.

00:26:29His understanding as well.

00:26:31not to be honest.

00:26:32Now, that your understanding

00:26:33of this revelation actually

00:26:35is that if you do not have any

00:26:36trees, then you do not.

00:26:38Just like every

00:26:39It's just that every person has a different situation, a different thing.

00:26:52You have to understand that you have to understand.

00:26:58You understand?

00:26:59I just need to read that routine which I would have to read that is how whatever

00:27:03I was going to read that you can ultimately selection support you

00:27:06let's apply for a lot of the guy Anna

00:27:10is that blue leg Maria is a girl I'm a woman have different this is right to

00:27:15the way to love you me I'm a personal situation

00:27:19high Anna so I just my year Joe

00:27:22which suits us.

00:27:24It's simple rule.

00:27:25Hello.

00:27:27How can I write this?

00:27:29I have to explain it as a real example.

00:27:31I have to do this.

00:27:33I have to write this.

00:27:35I have to write this.

00:27:37I have to write this.

00:27:39One is cyanide.

00:27:41One is cyanide.

00:27:43I have to write this.

00:27:45I have to write this.

00:27:47Please.

00:27:49I have to write this.

00:27:51I have to write this.

00:27:53The first compound,

00:27:55which I have written in front of you,

00:27:57is called H-CN.

00:27:59What is H-CN?

00:28:01Hydrosin-cyanide.

00:28:03The second compound is H-N-C.

00:28:05Isosinide.

00:28:07Who is structure?

00:28:09I have to write this.

00:28:11I have to write this.

00:28:13I have to write this.

00:28:15I have to write this.

00:28:17I have to write this.

00:28:19H-CN-C.

00:28:20The.

00:28:21The H-N-C

00:28:23The H-CNC.

00:28:24foreign

00:28:31foreign

00:28:38foreign

00:28:43foreign

00:28:48foreign

00:28:53foreign

00:29:01foreign

00:29:13foreign

00:29:19foreign

00:29:21foreign

00:29:23foreign

00:29:33foreign

00:29:37foreign

00:29:41foreign

00:29:45foreign

00:29:51charge minus three Bolo done I'm a total charge hydrogen total charge plus one carbon total charge

00:29:59plus two plus three minus nitrogen total charge Bolo done I have a rule

00:30:06.

00:30:11the importance of flavour

00:30:14and the fact which I'm not average

00:30:16I'll

00:30:19do

00:30:21.

00:30:30Yes

00:30:32by

00:30:33hydrogen

00:30:34nitrogen

00:30:37nitrogen

00:30:42do

00:30:45do

00:30:48do

00:30:51do

00:30:54is

00:30:59forward

00:30:59bottom

00:31:03between

00:31:05Korean

00:31:06Korean

00:31:07Korean

00:31:10Korean

00:31:11Korean

00:31:14which

00:31:15Tamayi

00:31:19जोना चाहिए था किधर है जो होना चाहिए था वो चार्ज भी आनेवाला जीरो जीरो जीरो बोलो डंग

00:31:30बोलो हाइडोजन पे टोटल कितना चार्ज अंड़ोजन पे कारवन पे अच्छा याद करना

00:31:38iso charge 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 what is charge on iso-synite nitrogen

00:31:53901- plus plus that's it minus imp noodles in reverse

00:32:05very easily

00:32:10that's it

00:32:16I

00:32:19a

00:32:22a

00:32:23a

00:32:25a

00:32:27a

00:32:31a

00:32:33a

00:32:35a

00:32:37a

00:32:39a

00:32:41a

00:32:43a

00:32:45answer by rule

00:32:48answer by

00:32:50a

00:32:51a

00:32:52a

00:32:53a

00:32:54a

00:32:55a

00:32:57a

00:32:58a

00:32:59a

00:33:00a

00:33:02a

00:33:04a

00:33:06a

00:33:07a

00:33:08a

00:33:09a

00:33:10a

00:33:11a

00:33:12a

00:33:13hydrogen

00:33:16hydrogen

00:33:17hydrogen

00:33:20a

00:33:21ale

00:33:22a

00:33:23a

00:33:29a

00:33:31a

00:33:33a

00:33:35a

00:33:36a

00:33:38a

00:33:39a

00:33:40not to be a

00:33:42a

00:33:43a

00:33:44a

00:33:46a

00:33:48a

00:33:50a

00:33:54a

00:33:56a

00:33:58a

00:34:02a

00:34:04a

00:34:06a

00:34:08yeah yeah I can do it with a video of a car to go ahead and go ahead and go out

00:34:13so cool and I've been a video of the car and I'm a phone I took a bus

00:34:17cautious car we are trying to do a little bit of a car

00:34:28a

00:34:29do

00:34:36do

00:34:37do

00:34:39do

00:34:41do

00:34:43do

00:34:49do

00:34:51do

00:34:53do

00:34:55do

00:35:00do

00:35:03do

00:35:04do

00:35:05do

00:35:06do

00:35:09do

00:35:15do

00:35:19is

00:35:38in

00:35:49carbon carbon zero carbon carbon zero homo homo homo hyana but hydrogen charge

00:35:55I got plus one plus one plus one plus one minus one plus one minus one

00:36:04yeah I will go plus one I will go get a piece of all part of it is a calculate

00:36:10so I will calculate total charge on all carbon atom calculate total charge

00:36:19on all carbon atom all carbon atoms time to model our total charge

00:36:27total charge choice

00:36:32yeah

00:36:35are you okay

00:36:37sir you only does this you I have no doubt you

00:36:39did

00:36:45come

00:36:49I am going to have a

00:36:51a

00:36:53a

00:36:54a

00:36:56a

00:36:57a

00:36:58a

00:36:59a

00:37:00a

00:37:01a

00:37:02a

00:37:03a

00:37:04a

00:37:05a

00:37:06a

00:37:07a

00:37:08a

00:37:09a

00:37:10a

00:37:11a

00:37:12a

00:37:13a

00:37:14a

00:37:15a

00:37:16a

00:37:17a

00:37:18a

00:37:19a

00:37:20a

00:37:21a

00:37:22a

00:37:23a

00:37:25t

00:37:26a

00:37:27a

00:37:28a

00:37:29a

00:37:33I will ask one more question, calculate average charge, average charge, what do we say?

00:37:42On, we say, calculate average charge on carbon atom.

00:37:48Now, I will tell you about carbon atoms on average charge. Try it.

00:37:55I will tell you, minus sign with minus sign.

00:38:00So, minus 4 by 7.

00:38:03Do you have a question?

00:38:04This is another question.

00:38:05You have to ask nitrobenzene.

00:38:07You have to ask calculate oxidation number of carbon.

00:38:16Now, the child will understand that you will do it.

00:38:20If you have a charge on carbon, then you will know the oxidation number.

00:38:24The structure is made in front of you.

00:38:26I do not make hydrogen.

00:38:27I want to make it yourself.

00:38:28I want to make it yourself.

00:38:29Many times, when you do a question,

00:38:31when you do a question,

00:38:33when the child is negative,

00:38:34then you will make hydrogen.

00:38:36And the answer is different.

00:38:38And the answer is different.

00:38:39Once again, you have to ask nitrobenzene.

00:38:40You have a question.

00:38:41You have to ask nitrobenzene.

00:38:42Then you will look at the light for 2 to 1.

REDOX - 2

Category

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