CO + 4H --> C3HOH In this reaction , oxygen is added . See the product of reaction. So , this is a oxidation reaction. Why we are calling this as reduction reaction still? See video at 6 : 30
I'm not sure if my explanation is right but i think it is reduction reaction because CO already had an O to it. In the product, O is still present. it is neither added nor removed. It has been there since the start. While H is added to CO in the product. The addition of H is a reduction reaction. I hope this helps :))
I am very happy to see this Chemistry lecture thank you so much I love Khan Academy
I've been banging my head against a brick wall for a week trying to understand this. you have made my day! so clear and simple :D
Very helpful 👍.
Totally reliable..
I watch every video and get all my concepts cleared.
Mashallah very nice .....make more vedios please....thanx aloy
That's so much simply explained Ram, thank you.
Nice your explanation sir thanks for this vedios
why are there so many less views on this excellent lecture?
is you ram from khan academy india?
Yes, you guessed it right :D
@@KhanAcademyIndiaEnglish SIR YOU'RE AMAZING
Great explanation bro
Thank you so much for this wonderful Video
I like it thanks so much.
Thanks sir....
Thanks ❤
Is this based on the isc syllabus? Because it's very hard to find lecture videos based on isc syllabus and it would be very useful?🥲
👍👍👍👍👍👍👍👍
I thought the reduction reaction is the gain of electrons?
Same
12345th view 😁😁😁
CO + 4H --> C3HOH
In this reaction , oxygen is added . See the product of reaction. So , this is a oxidation reaction. Why we are calling this as reduction reaction still? See video at 6 : 30
I'm not sure if my explanation is right but i think it is reduction reaction because CO already had an O to it. In the product, O is still present. it is neither added nor removed. It has been there since the start. While H is added to CO in the product. The addition of H is a reduction reaction. I hope this helps :))
@@zeenathnisha8478 cuz hydrogen is added to it.