thanks for this video! I am studying equilibrium and i did not understand haber process. I congragulate you for the excellent and very informative video. It was very clear! thanks.
thanks Mackenzie, that's exactly why we are making these videos =) Have you seen our other Chemistry videos as well? Please feel free to share them with your fellow students / teachers!
Very impressive and well presented. Thank you so much for taking the time to upload this video. I was doing a research paper on the biggest breakthroughs in Chemistry and this came up. Thanks again.
Hi there, nice videos - I mean it! (and btw I uploaded a German version of the Haber process with infos about the catalyst, pressure, temperature and a flow chart)
Perfect video. Just enough important information for the Haber-Bosch process. I wish every teacher would use this video before teaching Haber-Bosch instead of spending 30 minutes lecturing.
A person watching this video with a different narration would be almost non-understandable. This is supposed to be a hard topic and fuseschool made it look so easy
Dear sister it was very useful that I am learning about this process these days....😃😃😃 You explained it as well as my teacher did, and the only difference is your language is English.....😀😀😀 I' m not a English girl but I understood your sweet explanation.... Thank you so much 🙏🙏🙏🙏🙏🙏and keep it up!!!!!!!!
Earlier, Fe was used as catalyst with molybdenum as promoter. But now, use of the catalyst iron oxide with small amounts of K2O and Al2O3 increases the rate of reaction.
Just an opinion: would've been better if explained how iron as a catalyst helps to speed up the reaction, also maybe animation of ammonia producing plant could've been better, otherwise great video, and also my "thanks" is in order as well.
+Amanda Fang methane and steam produce carbon monoxide and hydrogen. The carbon monoxide and steam can then be further reacted in the presence of a catalyst to produce carbon dioxide and more hydrogen.
It is gaseous whereas the product (ammonia) condenses into a liquid. So the gaseous leftover reactants can be pumped back into rxn feeds and liquid product drained off.
Very Impressed. Informative, well made and educational. Make more please, this is excellent for gcse chemistry students!
We've got more coming your way Peter! Be sure to follow us on twitter and Facebook for info on our latest releases
Exam tomorrow, thanks, this was very useful.
GCSE'S? One year later I am the same.
Now me
@@santinieve1 How did they go?
@@santinieve1 it's been almost a year since your comment. Good luck!
Me too
thanks for this video! I am studying equilibrium and i did not understand haber process. I congragulate you for the excellent and very informative video. It was very clear! thanks.
Thank you! We love to hear from our viewers, it keeps us motivated and focused on making more great videos.
thanks Mackenzie, that's exactly why we are making these videos =)
Have you seen our other Chemistry videos as well? Please feel free to share them with your fellow students / teachers!
is this for igcse because the book's facts matches with yours
is it for igcse?
FuseSchool - Global Education pls help me how to convert this video into powerpoint presentation
Leona Lisandro what’s igcse
Comes under cambridge international exams, it's a board
Very impressive and well presented. Thank you so much for taking the time to upload this video. I was doing a research paper on the biggest breakthroughs in Chemistry and this came up. Thanks again.
Wonderful! Glad it was helpful!
Fuse School - your videos are really helpful. I was having a hard time understanding Haber process, thanks to you, now its a lot clear to me...
Nice! Glad it helped!
Hi there, nice videos - I mean it! (and btw I uploaded a German version of the Haber process with infos about the catalyst, pressure, temperature and a flow chart)
Thanks a lot! And well done for uploading a video in German 🙌
awesome video ever, wow, what is ammonification and nitrification??
Simple and easy to understand! This is great :)
Rumana Fazal Really good
This was genuinely helpful. Thanks so much! :)
Thanks a lot, that was really helpful. If you update this video, could you include symbol equations for every reaction?
We will do - thanks for the feedback.
I thought i would be bored but . this is awesomeeeeee!!!
Plz do a video on solvay process
This was really helpful. May I use this video?
That's great to hear you found it useful! Please do feel free to use the video! If you could credit Fuse School for it that would be great :)
I got an A * in my chemistry igcse because of your videos. Thank you.
Well done!! Great to hear that we could help.
raaga nilaya how ?I will be giving mine in the coming session and I am so confused .Chemistry is the hardest subject
2:35 very good explanation
so exciting videos
first i hate chemistry when i subscribe fuse school i love chemistry
thanks!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
That's awesome ❤️
this video is so helpful,
this is the best video explanation
Fantastic to hear; thank you!
Perfect video.
Just enough important information for the Haber-Bosch process. I wish every teacher would use this video before teaching Haber-Bosch instead of spending 30 minutes lecturing.
Thank you! Glad you enjoyed it!
A person watching this video with a different narration would be almost non-understandable. This is supposed to be a hard topic and fuseschool made it look so easy
🤗
Dear sister it was very useful that I am learning about this process these days....😃😃😃 You explained it as well as my teacher did, and the only difference is your language is English.....😀😀😀 I' m not a English girl but I understood your sweet explanation.... Thank you so much 🙏🙏🙏🙏🙏🙏and keep it up!!!!!!!!
Thank you so much 🙂 Glad it helped you!
@@fuseschool ☺️👍
really nice video. I have test on Tuesday and this really helped.
Good luck!!
Thanks, boss, this video really helped me and I have gained the knowledge to improve on my studies and will continue to prosper in growth.
Excellent! All the best!
Really good explanation of the haber process . subbed!
are you going to do one on yield of ammonia
Good.
For full syllabus of cbse chemistry, may also be referred below for value addition:-
World of chemistry class 11 and 12.
Thank you so much 🥰
Is 77% of nitrogen( molar/volume fraction) in the air? According to data from various sources, it's 78,08% by volume of dry air (?)
it varies around the world, but it's always somewhere around there
Thank you. Really helped piece together what is often a confusing topic when read straight out of a book.
Glad it helped!
Awesome explanation! Rly helpful.. Thx!! :)
This has helped a lot even i have an exam day after tomorrow
thx for vid.Helped a lot😎👍👍👍❤
Most welcome! Glad it helped! And we hope your exam went well, too 🙂
Thank you for making the video!It's really helpful and informative
this helped so so much thank you
No worries!
Thank you very much for this video was searching it for a long time.... Really helpful
Glad you found it helpful!
This is my favourite video ever.
Thank u this is intresting way of explaination which help every one to understand easily
Glad it helps!
thanks for the video soooo informative
This is great! thank you very much, way better than reading this from a dry text book.
very good channel on youtube always helpful
Thanks! Appreciate that!
No 1 youtube study channel
Amazing Fantastic Spectacular Explanation Sir
Thanks! Glad you liked it!
hi can i use your video for my report? thanks 😊
Yes!! We hope it helps. :-)
nice one this was a nice explanation
Does anyone know the route to design the haber process using a simulation such as pro II ?
Thank you now I understood it well
Glad it helped!
My goodness my eyes are burning from that bright green background 😭
Great video, powerfull presentation.
Thank you kindly!
Very Cool, the models helped me understand
Great! Glad they helped!
very helpful plz give lecture on preparing salts
Here are two video that might help:
th-cam.com/video/ql0Sm31MUdA/w-d-xo.html
th-cam.com/video/lpM_VCMPFug/w-d-xo.html
@@fuseschool THANKS TOO MUCH
@@fuseschool thanks change my boring chemistry into exciting chemistry
thank you
You're most welcome!
really helpful !!
So glad!
Wow ,helpful
Beautiful
Thanks :) Glad you found the video useful!
It was so difficult before for me but now I understand it very easily
Glad you understand it now!
FuseSchool - Global Education ❤️
Got my HSC In 40mins. This helped me out thanks.
Glad it helped!
Thanks a lot.... Very helpful!
No worries!
Ur videos r really commendable.... Easy to understand ❤️
very informative video ,, many thanks
Realy so good explanation 👍👌
Glad you liked it 🙂
AWESOME
I am now Walter White
Really Helpful👐👍
Even molybdenum is used as a catalyst
Molybdenum is used as promoter
It's MO (metal oxides) not Mo. So don't be confused. Some books have been conveying this wrong info.
Earlier, Fe was used as catalyst with molybdenum as promoter. But now, use of the catalyst iron oxide with small amounts of K2O and Al2O3 increases the rate of reaction.
who else has there IGCSE/GCSE exam tomorrow?
Good, it helps a lot
what would the outcome be if the concentration of nitrogen were decreased?
Good explanation
Thanks!
This is a nice video#chemistry for students
Really helpful😊
Glad it was helpful!
This video explained me the topic more effectively than my book
I could not get why only Iron, why not other d-block element? In scientific terms.
Just an opinion: would've been better if explained how iron as a catalyst helps to speed up the reaction, also maybe animation of ammonia producing plant could've been better, otherwise great video, and also my "thanks" is in order as well.
Noted! And thank you!
Good video 😎
Thanks 😁
@@fuseschool 👍
exam tomorrow, thanks, this was very useful.
Great! Hope you passed your exam!
hi dude
watsup
LABORATORY HAHAHAHA ROSS FROM FRIENDS GREAT VID THO
You did not mention "the hot beds of iron catalyst" in the converter where hydrogen and nitrogen react
It is useful for agriculture degrees
Pure iron for the catalysis right?
actually it’s iron oxide or in particular ferric oxide.. the catalyst is called magnetite (Fe3O4)
Best video on Haber's process
Thanks a lot
So nice of you! You're welcome!
lifesaving
EEE GADS fascinating stuff
Well done
Best to learn
doesnt the reaction of methane and steam produce hydrogen and carbon dioxide?
+Amanda Fang methane and steam produce carbon monoxide and hydrogen. The carbon monoxide and steam can then be further reacted in the presence of a catalyst to produce carbon dioxide and more hydrogen.
Sources?
How do you take back the unreacted hydrogen and nitrogen to the reactor?
It is gaseous whereas the product (ammonia) condenses into a liquid. So the gaseous leftover reactants can be pumped back into rxn feeds and liquid product drained off.
Guys how do you draw the process? Plz help me
U amazing
Nice
Thanks!
CIE tomorrow so yeah lifesaver👌👌
Hope it went well!!
Show me the video of tghe the experiment please
ExamTODAY...THNQ
Where r u from miss??
Ferric oxide catalyst is used
Amazin
Thank you!
You didn't explain the recycling process of residual Hydrogen and nitrogen gas to compression pump....😐
what if 700 degrees centigrade is used?
Forgot iron catalysts
yes, finely divided iron is used as a catalyst in this process.
i could use a reply from you@fuse school. Just to ensure that my message has reached you...
It has reached us :)
👍👍