@a2zpractical991 Identification of Redox Reaction | Oxidizing Agent & Reducing Agent | Class 11 Chemistry
📝 Description
In this video, we will learn how to identify a redox reaction and how to find the oxidizing agent and reducing agent in a chemical reaction. 🧪
📚 Topics Covered:
- What is a redox reaction? - How to identify oxidation and reduction - How to identify the oxidizing agent (oxidant) - How to identify the reducing agent (reductant) - Easy tricks to identify oxidizing and reducing agents - Important examples for Class 11 Chemistry
✅ Perfect for Class 11 Chemistry students preparing for Maharashtra State Board HSC examinations.
📌 Watch till the end to understand redox reactions with simple explanations and examples.
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Video Summary
AI Generated
This video provides a comprehensive tutorial on identifying redox reactions, specifically focusing on how to determine oxidizing and reducing agents using oxidation numbers. Through a practical example involving arsenic and bromine compounds, the instructor explains the fundamental concepts of electron loss and gain to distinguish between oxidation and reduction.
Hello, kids, how are you all? Today I'm going to tell you
Is every reaction you're referring to a redox reaction?
Which one among them is an oxidizing agent and which is a reducing agent?
It's acting like this, so everything today I'm going through these questions
If I explain it to you, you must absolutely pay attention to me.
It's doing fine, and you also need to explain about oxidizing.
What is an agent in a redox reaction?
Let me tell you one thing upfront—redox reactions.
Why, you're so much about it
You'll understand things better, kids, just look—what does redox mean, first?
Understand redox. What does redox mean? Where oxidation
It's fine where oxidation also occurs and reduction also occurs.
It's fine, it's fine, where oxidation also occurs, reduction occurs as well.
It's also called a redox reaction, and all of you
People, make this big fried cutter, my dear, this is straight to you.
You're either not getting the point or you're directly asking and even roasting Shabir too
It should be noted here that here is of yea
What happens to your plate that it
Not only the lion, but also the towns, save them.
We also refer to it as an oxidizing agent.
Do oxidizing agents also speak?
It's fine, and whatever reduction occurs, we people
Do reducing agents also speak? What do they speak?
The reducing agent must quickly clarify the concept of both of them.
I'm paying attention, so listen, kid, the one who's oxidizing your
An agent is, after all, something that reduces itself.
Itself, which is its own reduction.
The upper one means gain of electron, which is reduction.
And the main diabetes is occurring like this packs
And and you can keep rolling the dice
What will happen today in the spotter accident?
What will happen to it, to itself, what is happening to it itself
Oxidation is taking place and reduction
Of the other things reduction of
Other species, okay, when two or three things come to mind
If you keep it like this, the question hall will become a mess, okay? Oxidation reduction
So, what do we call it? A reducing agent. Let's move on to the questions.
I said oxidation first; if you want to find out, let me tell you one thing very clearly
Let me inform you
Do it at any time
Everything
Need to check
Then first determine the oxidation number
We will find and sort the first one
We will find the oxidation number. Let's start finding it.
Arsenic, arsenic, if you want to eat arsenic, then one
How much is the free time oxygen charge?
Minus two loss here what is free time hydrogen
Yes, but the child, this three here, the one on this side, is for everyone.
I won't close the square bracket first; instead, I'll do it in three parts, okay?
Is there any charge on this overall or not?
Then you will place it on the jar.
That's what remains, like overall, if
If there is any charge above, I write it on this side of the device.
I'll write zero if there's no charge.
But move aside and click on everyone in this way
That will happen when you click.
It will become three one go three, okay, how much is this?
It will become three times now; subtract this, and it will be like this.
It will become minus 3, and this will become plus three times e to the power of two G.
Zero, okay, now this will become three times three, which is nine, divided by two G zero, so
x easy per two equals three, so what is the oxidation of this?
Number is child how much plus 3 how much plus 3
Alright, everyone has understood all these things. Secondly, now regarding this
Find out the child of Br, at the beginning
If it's to be done, what is x plus three times oxygen?
Look here, the overall charge given is minus four.
Alright, this will happen: three two, just six, will go over there, so x
It will become five, okay, plus five will come, this plus
Three has come, let's find out Br's, it's mine
Find out the overall charge, what is it minus 1, and its
We find out, arsenic, child, this arsenic, it's for you
Finding out is to x plus four times oxygen
What was minus two overall charge? If nothing, then zero.
It's three times, everything is fine, so you need to multiply everything by three.
Will be plus three times your hydrogen plus
It becomes one, okay, so this becomes three, plus this four two will become how much?
is equal to zero three times, all right, let's go, you'll subtract the minus sign then
No, it will not be five six seven eight five will come x minus five equals
Zero multiplied by three will give you zero.
Priaat Minus 15 Equals Video Text Equals
Five plus five means you've got the entire oxidation number
Here, figure out the oxidation number for you
Who knows what will be revealed, so be careful, look, this here was this
So, it's present, okay? So if I talk about this
So what's going on here inside the arsenic, okay?
What's going on here, the first plus 3?
was, and later it reached plus 5.
Meaning, there was a loss of electrons here.
As seen, it's plus 3, meaning one electron has been lost.
So I reached plus 5.
An electron and lost.
It was in the B+R Five State.
Where did it get to, minus, brother, it was plus 5,
And where did it get to, went into the negative, mine
Understood. If you know the line of maths, then 0.
Plus 1, Plus 2, Plus 3, okay, Plus 4, Plus
5 6 total, this 6 electrons will do what? Will gain?
Okay, look: 1 2 3 4 5, like one will take it, then this is zero.
But it will come back, then take another one, and it will go into negative. announce
It's becoming clear to everyone, okay, one thing is very important
Listen carefully, as if this is plus 5 minus
Nas 1 goes, but one plus 4 plus 3 plus 2 plus
10 Then it will make a mine; what do you see here?
You're there, first of all, you need to tell me this: yes, good answers
I'm writing down the answers here, one by one.
First, you need to tell me whether you want to give it or not.
Redox reaction here is gain of electrons
The reduction reaction is taking place here.
Dox reaction is oxidation
And reaction for Daid
loss of electrons
Meaning, the child is oxidation and gain of electron
Subscribe Har
geograph Mobile's
Behaving towards you in this manner
Which reduction is the third one?
Which reduction is being carried out in this manner?
Behave in this way
I can here
Electrons
It's losing itself here, meaning it's losing itself right here.
So what does itself do, inside which itself oxidation occurs oxidation
I mean, where electrons were lost, what was happening to the electrons there?
It's getting reduced, so should we say "reduction"?
Say, child, look here, look at itself, look at itself which is undergoing oxidation
Look here, no oxidation is taking place. See what is happening here.
What is the definition of oxidation? Look here.
Reducing agents or reducers
So our reducing
Who will become the agent?
Three Times HAS O
Then what will happen to the child in the accident?
Oxidants are called oxidizing agents, and oxidizing
What is the definition of an agent that is itself that which
It's decreasing—whose reduction is it, the one above or this one?
Reduction is taking place, gain of electron is occurring, okay, so this is how it is.
Your BrO3- will go because oxidant is also known as an oxidizing agent.
So here are the answers, where you have a lot of
Things are starting to make sense, right? Is this reaction making sense?
What is called the oxidant?
The substance that is called an oxidizing agent is known as a reducing agent.
Reducing agents, they speak, right? So how is it?
You'll find this video quite worthwhile until the reduction.
It is an important question. Please comment in the comment box.
Your comment, thank you