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Actually it varies depending on the reactivity.. for example , we have 'MgO' then for it 'Na' can be reducing agent as 'Na' is more reactive than 'Mg' but 'Zn' can't be a reducing agent for 'MgO' because 'Zn' is less reactive than Magnesium.
I am preparing for state civil services of Chhattisgarh and we have science in its syllabus, Trust me these lectures are more than sufficient for me to understand the concepts and the way teachers explain is amazing. Thanks a lot Magnet Brains..
Sir I think oxidised means the elements which gain oxygen and reduction means which loses oxygen ..and u are telling opposite of it ..vibhuti mam explained us .which I said ..plzz check sir ...
Thank you so much for your kind words! We're so happy to hear that you're enjoying our videos and that they're helping you out. Keep up the good work and we'll keep making more great content for you to enjoy.
Actually it varies depending on the reactivity.. for example , we have 'MgO' then for it 'Na' can be reducing agent as 'Na' is more reactive than 'Mg' but 'Zn' can't be a reducing agent for 'MgO' because 'Zn' is less reactive than Magnesium.
Thanks for enjoying our videos and finding them helpful! We're glad we could assist in your understanding. If you have any other questions, feel free to reach out. Best of luck in your studies!
Thank you for your comment! You are absolutely correct. Carbon monoxide is formed when combustion does not have enough oxygen to form carbon dioxide. We appreciate your keen observation!
It's not a mistake , go check out on internet it's just when enough oxygen would be there this reaction will be executed [ the first one is when oxygen isn't enough second one is when oxygen is enough ]; both of them are correct :- ZnO+C---->Zn+CO 2ZnO+C---->2Zn+CO2
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Thank you for watching our educational video! We are glad you found it entertaining. We hope to continue providing educational content that you find interesting and that can help you further your learning.
Thanks for the positive review! We're so happy to hear that you're enjoying our chemistry videos and that you think our teacher is the best! We'll keep making great educational content for you to enjoy and learn from!
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Previous Video: Extraction of Metals of Low Reactivity th-cam.com/video/-MaIbqLBZhg/w-d-xo.html Next Video: Extraction of Metals of High Reactivity th-cam.com/video/cf2u52R_Lpo/w-d-xo.html Class 10 Chemistry - th-cam.com/play/PLVLoWQFkZbhVbIi9ux7sKREnFo3jrrKzQ.html
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1:40 to 2:20 sir bhot bhot bhot mast gajab explanation mind blowing , super ❤️❤️❤️❤️👍👍👍👍👍👍👍👍
Sir,It is amazing explaination .
Best explaination
Sir can all metals acts as reducing agent..
Please explain?
Not all
Actually it varies depending on the reactivity.. for example , we have 'MgO' then for it 'Na' can be reducing agent as 'Na' is more reactive than 'Mg' but 'Zn' can't be a reducing agent for 'MgO' because 'Zn' is less reactive than Magnesium.
@@rishisingh9899 arey why are you commenting the same answer which I have already given ????
@@rishisingh9899 yes you can. But it should be related to studies only.
Good explanation skill
Sir aap bahut achhe se padhate hai or aapka bataya samgh aa jata hai
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sir pieaseeeeeeeeeeeeeeee start physics
Great teacher sir apka koi app hai kya agr hai toh plz bta dijiye sir
Best teacher of chemistry
Outstanding.....
Sir, when we use "co" as a reducing agent in weak bonding metals, then we have to provide heat or not?
Sir, your teaching method a amazing ❤❤❤
Yes,we have to provide heat
Yes we have to provide heat
Yes of course yeh bhi koi puchne ki baat hai 😎
Tap this it's funny
I am preparing for state civil services of Chhattisgarh and we have science in its syllabus, Trust me these lectures are more than sufficient for me to understand the concepts and the way teachers explain is amazing. Thanks a lot Magnet Brains..
best chemistry teacher for class 10 on TH-cam👍👍👍👍👍👍👍👍
Thank you so much for the comment! We're glad you found our videos helpful. :)
Fe2O3+Al sir es reaction me bhi heat ka jarurat padhega jaisa ki smelting process me padha tha heat ka jarurat please reply
No, Al displace kar dega Fe ko because Al is high reactivity than Fe aur hame Fe mil jayega
Yes hear use hoga
Heat use hoga
Ha bhai tabhi to hume molten form me iron milega thermyte welding ke liye
Hey siddhanrth your Idea is correct ✅ 😁😁😁😁😁😁😁😁😁😁😁
Sir I think oxidised means the elements which gain oxygen and reduction means which loses oxygen ..and u are telling opposite of it ..vibhuti mam explained us .which I said ..plzz check sir ...
@student Thank you for bringing this to our attention. We have updated the video to reflect the correct information. We appreciate your input!
Yes bro oxidation is gain of oxygen or loss of electrons
Whereas reduction means loss of oxygen or gain of electrons
Very nice explaination sir
Sir can you exaplain ch 4 as well as chapter 5 concept
awesome video🎉
U r pyr. Mohabbat dialogue. Is very well😂😂😂😂
Thank you so much for your kind words! We're so happy to hear that you're enjoying our videos and that they're helping you out. Keep up the good work and we'll keep making more great content for you to enjoy.
Sir all metal is called reducing agent.
Actually it varies depending on the reactivity.. for example , we have 'MgO' then for it 'Na' can be reducing agent as 'Na' is more reactive than 'Mg' but 'Zn' can't be a reducing agent for 'MgO' because 'Zn' is less reactive than Magnesium.
Sir bas aluminium aur iron wali reaction me hi kyo iron ko use karte hai aur bhi reaction me iron molten form me ata hai use kyu nhi use karte
You are the best sir
Sir middle reactive series stars from zinc not from calcium... calcium is stated as high reactive in ncert
U r most favorite teacher... U teach so nicely... Thank you so much❤😊
Very good Explanation sir, we are understanding very well
Thanks for enjoying our videos and finding them helpful! We're glad we could assist in your understanding. If you have any other questions, feel free to reach out. Best of luck in your studies!
13:44
Co2 will not form
Co(carbon monoxide) will be formed.
Thank you for your comment! You are absolutely correct. Carbon monoxide is formed when combustion does not have enough oxygen to form carbon dioxide. We appreciate your keen observation!
It's not a mistake , go check out on internet it's just when enough oxygen would be there this reaction will be executed [ the first one is when oxygen isn't enough second one is when oxygen is enough ]; both of them are correct :-
ZnO+C---->Zn+CO
2ZnO+C---->2Zn+CO2
Nice explanation. Thanku sir
ANIL KUMAR, Thanks a lot for checking out the video and replying back. Do recommend Magnet Brains to your friends. Also do checkout the Magnet Brains website, all video lectures are organized on the site for easy access.
Thanks
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Sir i have an doubt in ''Roasting reaction* 🙂
Sir please tell the reaction of tin oxide and carbon monoxide
Thank you for your question! You can find the answer to your question in our video on TH-cam.
@@MagnetBrainsEducation please help me
💖💖💖💖
Thank you sir 🙏
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21:19😂😂😂😂😂
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😡😡😡😡😡😡😡
New batch...2022-23
Sir Mera ek doubt hai
Oxygen e kyo nhi sochta ki koi use chori karne kyo bolayega. Kahi use Marne bola rha ho
Nahi aysha nahi ha kisko maro mat . Please.....
Bahut bahut thanks sir
ShashiBhushan Mandal, Thank you for watching. Do tell your friends about Magnet Brains.
Sir I like the way you make videos topic wise . keep it up .
Sir Why Carbon cannot be used as reducing agent to obtain Mg from MgO please give me answer sir
Nice sir
Nice sir ,,
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@@MagnetBrainsEducation sure sir
Thanku sir
Thank you for your positive feedback! We're glad you're enjoying our educational videos and we hope you continue to learn and grow with us!
He's the best chemistry teacher ever
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ZnO + C → Zn + CO
Please correct that
Sir how the question ask in exam from this topic ...
Thanks for watching our video! We hope it was helpful. The questions asked on the exams will be similar to the topics covered in the video. We wish you the best of luck on your upcoming exams!
Singlr chapter making 6-7 part make it single so we dpnt have to find out
Previous Video:
Extraction of Metals of Low Reactivity
th-cam.com/video/-MaIbqLBZhg/w-d-xo.html
Next Video:
Extraction of Metals of High Reactivity
th-cam.com/video/cf2u52R_Lpo/w-d-xo.html
Class 10 Chemistry -
th-cam.com/play/PLVLoWQFkZbhVbIi9ux7sKREnFo3jrrKzQ.html
Sir apka name kya hai......
Teaching well a lot but from where he start thetopic did not getit
Nice
1 lambar
Thankyou sir for such a wonderful lecture :)
Sir mai diploma ka students hokar aapka 10th chemistry classes karta hoon kiyoki aapse achha to mere college me bhi nahi padhate hai
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loss of electron = oxidation 😁
Bassemerization kai hai
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So beautiful concept
Thank you sir for clearing our concept ☺️
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12:54 17:49 26:51
Khtrnak
400 like is my
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Thankyousomuch sir!
Best explanation sir 👍👍
💖💖
Thanks
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Thanks sir
Thank you for your appreciation! We are glad to be of help.