Hoping you did well even without the video! If you have other tests coming up in Chemistry, or if you just want to learn more, we have several new videos coming out every week =)
This is an excellent video. Really clear. Just one small mistake - the molecule labelled "glycine" at the end is actually ALANINE! Glycine has two H atoms on the middle carbon (not an H and a methyl group).
I know this was made a long time ago, but this really helped me! The way you explained it made me go, "Ohhh," I actually understand!!Thanks for helping me pass my final :)
I was searching the TH-cam to get the the videos related to functional groups at same time the nomenclature of carbon compound.I was really worried when I couldn't find videos which could give me suitable reasons. But then I found yours which have gave given me what I wanted. thanks a lot 😍
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4:20 Isn't that compound an Alanine? A glycine has the functional group of Hydrogen. But either way, it was an amazing video. Keep posting!! It really helps a lot of people.
Hi, First, allow me to compliment you on a good and easy to understand video. I hate to nitpick, but I just want to give you a heads up on ~4:18. the molecule is not glycine, but alanine, with a methyl R group. glycine has two H attached to the alpha carbon. However, for beginners to the topic, this small detail is hardly important. All in all, great video.
I have a doubt. I understand what a functional group is. But can we say that functional group have so many categories like alcohol, Ester, etc. Does hydrocarbon also come under the category of functional group? As you said in your video that alkanes alkenes are a functional group since Alkanes and alkenes are hydrocarbons then it means that hydrocarbons are also a type of functional group am I right
are hydrocarbons considered as functional groups? like for example, you have alcohol attached to a cyclohexane. Is cyclohexane a functional group or only the alcohol is the functional group?
Functional groups are attached to the relatively inert carbon-hydrogen framework. They are places where reactions can occur relatively easily. C=C double and triple bonds count as functional groups -ene and -yne, otherwise it needs a different atom like O, Cl, P, F, etc. to become 'functional' or 'reactive'.
For example, a ketongroup makes that its carbon atom is slightly positive charged, while its oxygenatom is slightly negative charged. Thats because of the differences in electronegativity between the oxygen and the carbon atom. Now that the atom has a light positive and a light negativ side, it works like a magnet and better sticks to other molecules who also work like magnets. They attract each other and hold together. This makes them become fluid at lower temperatures than molecules with similiar masses. It is just an example, but it is one way it is working. :D Another one is, that all organic compounds with an carboxylic acid group can react as acids, because thats the name of the group. It is because they can give up a proton to become a base/anion. These anions are stabilized through resonance structures. But this one is a topic for its own.
To be honest, I actually hated Chemistry just because I couldn't afford to understand cocepts, like how and why...But explanations and understanding in these type of videos is 'Mind blowing..........Looking forward for these type of explanation and teaching in all chemistry basic concepts.👏👏👏👏
This is wonderful to read. Thank you for letting us know that our content is helpful to you. I look forward to you staying on the journey with us. for more of Fuseschool join us on Instagram.
So for the Alcohol (OH), it's a Functional Group because whatever it attaches to (/attaches to it) will have similar reactions & properties bc they change into an Alcohol?? ie. Methane is -C- then an OH attaches to it making it MethanOL then there's Butane = C-C-C-C then an OH attaches to it making it ButaNOL bc OH makes the compound have the same reaction as it did with Methane to make it an Alcohol instead of an Alkane?? Is that what the definition means by similar reaction & properties?? I sort of get what Functional Groups are, but I don't understand that part. I also don't really get how an Alkanes / Alkenes are also Functional Groups when they're the parent chain? That could also be due to my true lack of understanding for what Functional Groups are?
I've watched a dozen videos and read countless websites about functional groups. This video finally made sense. Thank you for the clear explanation.
Thank you - that's great to hear!
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Hoping you did well even without the video! If you have other tests coming up in Chemistry, or if you just want to learn more, we have several new videos coming out every week =)
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Thank you - we think so too!!
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thank you for creating this vid as I searched hours online but this is the one which made more sense to me
This is an excellent video. Really clear. Just one small mistake - the molecule labelled "glycine" at the end is actually ALANINE! Glycine has two H atoms on the middle carbon (not an H and a methyl group).
thank u so much.......... was struggling with this...but then I found this video......thanks..😍😉
I know this was made a long time ago, but this really helped me! The way you explained it made me go, "Ohhh," I actually understand!!Thanks for helping me pass my final :)
We appreciate the positive feedback and we are really happy to know that you passed your final. Thank you for watching!
@4:20 Ooops! The last molecule shown in the video is incorrectly labeled as Glycine, isn't it Alanine?
I was searching the TH-cam to get the the videos related to functional groups at same time the nomenclature of carbon compound.I was really worried when I couldn't find videos which could give me suitable reasons.
But then I found yours which have gave given me what I wanted. thanks a lot 😍
So glad you found it 😍
They are coming soon! =) Watch out: we have just started the Chemistry Journey - 250 videos coming out until September!
Thank you , thank you :)
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Glad you liked it!
Wow. Thank you very much for this video. Organic Chemistry is my favorite topic in Chemistry. You just made it better. Thank you♥️
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Beautifully explained, Thank you for making these wonderful videos
Wow what an amazing comment. Thank you for the positive feedback
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Glad to hear that it's still useful!
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Dummie who? dummy where? not you!!!! Glad the video was helpful to you! do you understand it now?
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A very simple and clear video to understand organic chemistry. THANK YOU.
Glad we could help Elizabeth! Be sure to subscribe and share!
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Thank you, Harman! Glad we could help. We are continuously be posting new video content to the fuseSchool channel.
u had made a very clear explanation abt functional groups!!!!! thanks!!
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4:20 Isn't that compound an Alanine? A glycine has the functional group of Hydrogen. But either way, it was an amazing video. Keep posting!! It really helps a lot of people.
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Go and watch and subscribe
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No worries! Glad it helped 🙂
Hi, First, allow me to compliment you on a good and easy to understand video.
I hate to nitpick, but I just want to give you a heads up on ~4:18. the molecule is not glycine, but alanine, with a methyl R group. glycine has two H attached to the alpha carbon. However, for beginners to the topic, this small detail is hardly important.
All in all, great video.
Thanks for pointing this out! We'll fix that.
Amazing superb👏👏👏👏👏
Thank you!
What program did you use for this video? Thanks!
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Good.For full syllabus of cbse chemistry and for value addition, may also be referred :- "World of chemistry class 11 and 12."
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I have a doubt.
I understand what a functional group is. But can we say that functional group have so many categories like alcohol, Ester, etc. Does hydrocarbon also come under the category of functional group? As you said in your video that alkanes alkenes are a functional group since Alkanes and alkenes are hydrocarbons then it means that hydrocarbons are also a type of functional group am I right
My confusion has gone away! Yepiiiiiii!!!!!!!!!!!!!!!
hii
are hydrocarbons considered as functional groups? like for example, you have alcohol attached to a cyclohexane. Is cyclohexane a functional group or only the alcohol is the functional group?
Functional groups are attached to the relatively inert carbon-hydrogen framework. They are places where reactions can occur relatively easily. C=C double and triple bonds count as functional groups -ene and -yne, otherwise it needs a different atom like O, Cl, P, F, etc. to become 'functional' or 'reactive'.
excellent video. Really clear
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Excellent.
Also watch
World of chemistry by vani ma'am
Thank you so much😊
Always welcome 😊
4:19 This is alanine, not glycine.
You are right! Thank you for noticing!
Gd morning siir.
How functional group assign similar properties to a compound ??how chemical properties depends upon functional group?
For example, a ketongroup makes that its carbon atom is slightly positive charged, while its oxygenatom is slightly negative charged. Thats because of the differences in electronegativity between the oxygen and the carbon atom. Now that the atom has a light positive and a light negativ side, it works like a magnet and better sticks to other molecules who also work like magnets. They attract each other and hold together. This makes them become fluid at lower temperatures than molecules with similiar masses. It is just an example, but it is one way it is working. :D
Another one is, that all organic compounds with an carboxylic acid group can react as acids, because thats the name of the group. It is because they can give up a proton to become a base/anion. These anions are stabilized through resonance structures. But this one is a topic for its own.
Thanks sir it helps a lot 👌💗
Thank you for explained i Will understanding we'll
Amazing Video
Thank you Noel! Please feel free to browse the Fuseschool channel for more Amazing educational videos!
Was helpful
Thanks👍👍
You're welcome!
Finally !!!Thank you
Can you tell me where to place the double bonds in alkene
images.app.goo.gl/ajXAg3pJkfH7ZXGJ8
To be honest, I actually hated Chemistry just because I couldn't afford to understand cocepts, like how and why...But explanations and understanding in these type of videos is 'Mind blowing..........Looking forward for these type of explanation and teaching in all chemistry basic concepts.👏👏👏👏
This is wonderful to read. Thank you for letting us know that our content is helpful to you. I look forward to you staying on the journey with us.
for more of Fuseschool join us on Instagram.
Thank you
You are super welcome.
loved it,very helpful
So for the Alcohol (OH), it's a Functional Group because whatever it attaches to (/attaches to it) will have similar reactions & properties bc they change into an Alcohol??
ie. Methane is -C- then an OH attaches to it making it MethanOL
then there's Butane = C-C-C-C then an OH attaches to it making it ButaNOL bc OH makes the compound have the same reaction as it did with Methane to make it an Alcohol instead of an Alkane??
Is that what the definition means by similar reaction & properties??
I sort of get what Functional Groups are, but I don't understand that part.
I also don't really get how an Alkanes / Alkenes are also Functional Groups when they're the parent chain? That could also be due to my true lack of understanding for what Functional Groups are?
Best and clear