Top questions answer is.. 1 ans ----60. 2 ans ---catenation and tetravalancy 3 ans___ because graphite has 1 free electron but diamond does not have any free electron Thanks for this amazing video
1) 60 atoms 2) a. Tetravalent ( valency is 4 ) b. Catenation ( self bonding ) 3) In Diamond one carbon atom combines with four other carbon atoms so all the four atoms involve in bonding but in graphite one carbon atom is attached with three carbon atoms that's why one electron remains free and because of the presence of that free electron the graphite is able to conduct electricity. How Beautifully He Explained The Topic !!✨ Keep going :)
Answers : 1) One molecule of buckminsterfullerene has 60 carbon atoms. 2) The properties of carbon that giver rise to millions of carbon compounds are : catenation and tetra valency of carbon. 3) Graphite is a good conductor of electricity for the reason that it contains free electrons that conduct the flow of electricity, whereas diamond doesn't have free electrons and hence cannot conduct electricity. The video was helpful:)
Been 4 years since the video has been posted yet it has not failed to prepare many students even today. 2022 - 2023 batch. Thanks a ton Sir cause you're helping us reach the sky with these amazing, informative videos.
1. - 60 carbon atoms in one molecule of buckministerfullerene 2. - Catenation (Linking of carbon atoms and forming long chains) - Forming Covalent Bond (Sharing electrons) 3. - In diamond all 4 carbon atoms are shared in covalent bonds so there are no free electrons making it a bad conductor of electricity. While, In graphite 3 carbons atoms bonded to other 3 carbon atoms leaving 1 free electrons making it a good conductor of electricity. Hope these answers are correct and I had doubts in this part of the lesson now i am very much clear. Thank you for the clear explanation sir.
1. One molecule Buckminsterfullerene has 60 carbon atoms. 2. The two properties of carbon that gives rise to millions of carbon compounds are: Catenation - The property to form long Chains. (Due to its small shell count) Tetravalency - The Phenomenon to form 4 covalent bond with other atoms. 3. Graphite has 1 free valence electron whereas Diamond doesn't Due to its Structure of the Molecule. Thus the free electron contributes to the ability to conduct the electricity.
1)60 carbon atoms 2)catenation and tetravalency 3)in graphite atoms are free to move whereas in diamond it is not possible . . Thank you sir ...it was a wonderful class 😊👍
Ans. 1:- There are 60 carbon atoms present in the one molecule of buckminsterfullerene. Ans. 2:- The two properties of carbon that rise to give millions of carbon compounds are:-- I) Catenation- carbon has a unique ability to combine with other carbon atoms to form long chains, this ability of carbon is knows as Catenation. II) Tetravalency- Carbon has a valency of four, so it is capable of bonding with four other atoms of carbon or atoms of some other monovalent element. This is known as tetravalency of carbon. Ans. 3:- Graphite is a good conductor of electricity because it has a free electron in every hexagonal structure, but diamond has no any electrons in any structure.
Hi Sir 🤗🤗🤗 answer the first question molecule of Bulkminsterfllurene contains 60 atoms 2. It shares the electron instead of losing and gaining And Catenation . 3. Graphite is a good conductor of electricity but diamond not because there is a free electron in the *graphite* so it is capable of conducting electricity while *diamond* does not have any free electron so it is not capable of conducting electricity THANKS ✍✍✍😊😊
Very lovely explanation sir, 1. 60 carbon atoms. 2. Because, carbon has, catenation and tetravalent propeties. 3. Because, graphite has a bond of three electrons so, 1 atom is always free in the whole bond, that makes it, a good conductor of electricity..... 👍👍🔥🔥❤️❤️ Edit :- A spelling error was there.....😔😔
✨Answers of last three question--- 1]60 carbon atoms are present in one molecule of buckminsterfullerene✨ 2] (a)Tetravalent✨ (b) Catenation✨ 3] Graphite conduct electricity Because of the presence of free electron and Diamond💎 didn't because it doesn't have free electron✨ Thank you sir...your teaching is just amazing🤩✨✨
1. 60 carbon atoms will be present as 12 in pentagon pairs and 20 in hexagon pairs. 2.catinaton and travalent property . 3.As in diamond 1 carbon atom is connected with other 4 c atopm so there are no free electrons to conduct electricity but in graphite 1 carbon carbon atom is connected to other 3 c atom so there is 1 free atom in very mokecules hence conduct electricity.
1.60 carbo atoms 2.catenation and tetravalency 3.because at the four valency electrons, three are used for bond formation and 1 free electron is present
Q1 -> C60 Q2-> tetra covalency of carbon and catenation property Q3 -> diamond does not contains free electrons while graphite contains one free electrons in its one carbon atom Good question , perfect for NTSE
so useful video answers are; 1; 60 molecules 2; *Catenation * trevalent 3; As graphite contains many free electrons it is a good conductor of electricity and diamond cannot contain free electrons so it is not a conductor of electricity. the question were also amazing
There should be at least 10 Thumbs up allowed. You deserve them all. For me, you are perfect in your delivery, examples, and props. This is how I learn best. Thank you :)
1. There are 60 atoms present in one molecule of buckminsterfullerene. 2. Catenation and valance of 4 3. Diamond don't have free electrons so they do not conduct electricity But Graphite have free electrons so they conduct electricity
1. 60 carbon atoms 2. Catenation= ability to make bonds with other elements tetravalency = carbon has electronic configuration of ( 2,4 ) Hence 4 valence atoms, Therefore it can neither lose nor gain electrons to be stable, this results in carbon making covalent bonds and share electrons instead of losing or gaining 3. graphite is a good conductor of electricity coz it has 1 free electron while diamond has all 4 electrons shared to another and is a bad conductor of electricity
Answers: 1. 60 Carbon atoms 2. Carbon is tetravalent and has the ability to form covalent bonds with many elements. It also forms bonds with other carbon atoms and this is known as catenation. 3. Graphite is a good conductor of electricity because in the graphite molecule, 1 atom of Carbon is linked to 3 others; and with Carbon's valency being 3, 1 atom is left. Due to this, lot of free electrons are present and thus, graphite is a better conductor of electricity than diamond.
Q.1. 60 Carbon Atoms Q.2.(1)TetraValency,(2)Catenation Q.3.Because,Each Carbon Atom In Graphite Is Bonded With Three Carbon Atom(So Free Electrons Are Present)While In Diamond Each Carbon Atom Is Bonded With Other 4 Carbon Atom (So Free Electrons Are Not Present) And Free Electrons Are Necessary For Conduction Of Electricity Therefore,Graphite is Good Conductor Of Heat While Diamond Is Bad Conductor Of Heat.🌝☺️
1} 60 2} Tetravalent and catenation. 3} This is because graphite has free electrons which can conduct electricity and diamond is rigid therefore the electrons are compact.
1 Ans : 60 2 Ans : Catenation and tetravalent properties 3 Ans : This is because in Graphite each Carbon atom is linked with 3 more carbon atoms which means it has 1 free electron .Whereas in Diamond each Carbon atom is linked with 4 Carbon atoms which means it has no free electrons
C=60 Catenation and tetravalent Because dimond is attached with 4 atom so it has no free electrons But graphite is attached with only 3 atoms to carbon so it has 1 free electron which helps to conduct electricity
A-1 1 molecule of buckminsterfullerene contains of 60 carbon atoms A-2 Tetravalent and Catenation are the two properties A-3 Graphite is a good conductor of electricity because it has 1 electron which is not connected to another atom thank you very much sir
1. 60 2. Tetravalency and catenation 3. Graphite shares its electrons with 3 other Carbon atoms leaving one electron free. This helps in conduction of electricity. But diamond makes covalent bonds with 4 other Carbon atoms, thus making it completely stable
Q1=60 Q2= catenation and tetravalent Q3= As electricity passes through the substance having free electrons though graphite has free electrons to pass electric current where diamond hasn't any free electrons to conduct electricity.
I like the way of your teaching u don't teach us for marks but for actually understanding the concept. I want all the school teachers to teach likhe this. Thanks a lot sir. 😊
1) There are 60 Carbon atoms present in one molecule of Buckminsterfullere.(C60) 2) Followings are the 2 properties of Carbon: (1) Carbon has 4 atoms in its outermost shell ( valence shell), it is difficult for Carbon to either donate 4 electrons or to gain 4 protons to become a stable atom. That's why it shares its elements, and so called Tetravalent. (2) It shows the property of Catenation i.e a property by which a carbon atom can bond with any other number of carbon atoms to form straight chains, branched chains and rings. 3) In Graphite, each Carbon atom is bonded to 3 other Carbon atoms. So, 3 electrons are used in bonds here, 1 electron is free, thus in the whole structure a large number of free electrons are present which makes Graphite a good conductor of electricity. Whereas, in Diamond, 4 electrons are used in Covalent bonds. Thus there are no free electrons. Hence, it does not conduct electricity.
❣️👏 1. *60 carbon atoms are present one molecule of buckky ball(Fullerton} 2. चतुसयोजी सयोजकता ज्यादा से ज्यादा बंध बनाने की क्षमता(क्षंखलन) 3.ग्रेफाइट में मुक्त इलेक्टोन होने के कारण , ये अच्छा सुचालक ह्
Ans 1: 60 carbon atoms.. Ans 2:Carbon atoms are tetravalent they have four electrons which makes it difficult for carbon atom to either lose or gain electrons so it shares electrons forming a covalent compound this leads to forming millions of carbon compounds. Ans 3:Electricity is the flow of electrons from higher potential differance to lower potential differance as there are no spare electrons in a diamond it is a bad conductor of electricity and as there are many spare electrons in graphite it is a good conductor of electricity.. Enjoyed the video sir... My chemistry journal is complete thanks to you.. Thanks a lot sir...
Q2) Catenation and Tetravalency Q3) because in graphite while forming covalent bonds 3 electrons are used up where as there is 1 free electron ..... free electron is a electron which leaves its atom....... any electron that is not attached to an ion, atom, or molecule and is free to move under the influence of an applied electric or magnetic field. Q1) 60 atoms am i corect sir ????????
Q1.60 , Q2.catenation and tetracovalancy , Q.3 because graphite have a large no. free electron but diamond have no free electrons . Sir you are absolutely great
1)60 2)tetravalent and catenation 3)graphite is good conductor of electricity due to the presence of free electrons but in diamond there are no free electrons
Ans 1 ) 60 Ans 2) catenation and tetravalency Ans 3) graphite makes bond with its 3 valence electrons to make hexagonal layers so one outer electron remains free which makes graphite to conduct electricity . Besides graphite diamond makes bond with 4 carbon atoms so its each electron is in bond ,hence no electron os free , therefore it do not conduct electricity.
1. 60 Carbon Atoms. 2. Catenation and Tetracovalent. 3. While forming compounds, diamond atoms are compactly arranged and have no free valance electrons while graphite has spaces in it allowing electricity to pass through it, also every C-atom of graphite has 1 free e-.
Answers 1.There are 60 carbon atoms in one molecule of Buckminsterfullerene 2.Tetravalency and catenation are the two properties of carbon that give out millions of carbon compounds 3.In diamond all four valence electrons form a single covalent bond with the electrons of other carbon atom so there are no free electrons to conduct electricity but in graphite only three valence electrons formed covalent bond there are free electron which can conduct electricity so graphite conduct electricity and diamond doesn't conduct electricity Could u please explain about nanotubes briefly?????
1.60 carbon atoms are present in fullerene 2.catenation and tetravalent 3.graphite has 1 free flow of electrons but in diamond there is no free flow of electrons so graphite is good conductor of electricity and diamond is bad conductor of electricity Thank u 😊
(1). 60 Carbons. (2). Catenation, Gigantic. (3). Because Graphite posses 3 electrons in each Carbon bond that allows free electrons, and much the electrons makes granite good conductor of electricity. Thank you sir.....May God bless you and me..... I really appreciate for all your support.......your channel is the best channel I love must and usually watch for my study on UA-cam.... Thanks sir.
1) 60 carbon atoms 2) 1. Tetravalency and 2) catenation 3) because graphite has free electrons and diamond doesn't have free electrons as they are used up to form bonds.
Thanks a lot sir... This video completely made me understand about the structure of 'C' allotropes practically . Once again thank you sir for the nice explanation.
Thank you sir for explaining this topic. One doubt sir 05:57 Sir, Alakh Pandey Sir(Physics Wallah) told that in covalent bond the formation of bond is weak whereas you are telling bond of carbon are very strong. Please explain sir🙏
1) 60 atoms 2a) Tetravalent b) catenation 3) In Diamond one carbon atom combines with four other carbon atoms so all the four atoms involve in bonding but in graphite one carbon atom is attached with three carbon atoms that's why one electron remains free and because of the presence of that free electron the graphite is able to conduct electricity.
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Top questions answer is..
1 ans ----60.
2 ans ---catenation and tetravalancy
3 ans___ because graphite has 1 free electron but diamond does not have any free electron
Thanks for this amazing video
1) 60 atoms
2) a. Tetravalent ( valency is 4 )
b. Catenation ( self bonding )
3) In Diamond one carbon atom combines with four other carbon atoms so all the four atoms involve in bonding but in graphite one carbon atom is attached with three carbon atoms that's why one electron remains free and because of the presence of that free electron the graphite is able to conduct electricity.
How Beautifully He Explained The Topic !!✨
Keep going :)
Answers :
1) One molecule of buckminsterfullerene has 60 carbon atoms.
2) The properties of carbon that giver rise to millions of carbon compounds are : catenation and tetra valency of carbon.
3) Graphite is a good conductor of electricity for the reason that it contains free electrons that conduct the flow of electricity, whereas diamond doesn't have free electrons and hence cannot conduct electricity.
The video was helpful:)
Been 4 years since the video has been posted yet it has not failed to prepare many students even today. 2022 - 2023 batch. Thanks a ton Sir cause you're helping us reach the sky with these amazing, informative videos.
1. - 60 carbon atoms in one molecule of buckministerfullerene
2. - Catenation (Linking of carbon atoms and forming long chains)
- Forming Covalent Bond (Sharing electrons)
3. - In diamond all 4 carbon atoms are shared in covalent bonds so there are no free electrons making it a bad conductor of electricity.
While, In graphite 3 carbons atoms bonded to other 3 carbon atoms leaving 1 free electrons making it a good conductor of electricity.
Hope these answers are correct and I had doubts in this part of the lesson now i am very much clear. Thank you for the clear explanation sir.
1. One molecule Buckminsterfullerene has 60 carbon atoms.
2. The two properties of carbon that gives rise to millions of carbon compounds are:
Catenation - The property to form long Chains. (Due to its small shell count)
Tetravalency - The Phenomenon to form 4 covalent bond with other atoms.
3. Graphite has 1 free valence electron whereas Diamond doesn't Due to its Structure of the Molecule. Thus the free electron contributes to the ability to conduct the electricity.
Happy teacher's day sir 🙏🏻🙏🏻💟
Thanks
The visual presentation you give is so nice and helpful..it makes us understand clearly..
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1)60 carbon atoms
2)catenation and tetravalency
3)in graphite atoms are free to move whereas in diamond it is not possible
.
.
Thank you sir ...it was a wonderful class 😊👍
I wish I could have teacher like you in my whole study career
1- C60
2- (i) Catenation
(ii) Tetravalency
(iii) Tendency to form multiple bonds
(iv) Isomerism
Excellent sir. This video helped me a lot. Way better than how i learnt in school. Nice and fun way. Thank you so much!!
You're very welcome!
@@ManochaAcademy 😯 ohh 😯
Sir please reply me also
Ans. 1:- There are 60 carbon atoms present in the one molecule of buckminsterfullerene.
Ans. 2:- The two properties of carbon that rise to give millions of carbon compounds are:--
I) Catenation- carbon has a unique ability to combine with other carbon atoms to form long chains, this ability of carbon is knows as Catenation.
II) Tetravalency- Carbon has a valency of four, so it is capable of bonding with four other atoms of carbon or atoms of some other monovalent element. This is known as tetravalency of carbon.
Ans. 3:- Graphite is a good conductor of electricity because it has a free electron in every hexagonal structure, but diamond has no any electrons in any structure.
That is a new knowledge for me! Thank u Sir!
Hi Sir 🤗🤗🤗
answer the first question molecule of Bulkminsterfllurene contains 60 atoms
2. It shares the electron instead of losing and gaining
And
Catenation .
3. Graphite is a good conductor of electricity but diamond not because there is a free electron in the *graphite* so it is capable of conducting electricity while *diamond* does not have any free electron so it is not capable of conducting electricity
THANKS ✍✍✍😊😊
Very lovely explanation sir,
1. 60 carbon atoms.
2. Because, carbon has, catenation and tetravalent propeties.
3. Because, graphite has a bond of three electrons so, 1 atom is always free in the whole bond, that makes it, a good conductor of electricity.....
👍👍🔥🔥❤️❤️
Edit :- A spelling error was there.....😔😔
Every video we have seen in your UA-cam channel is simple and understandable. We are so much thankful to you
Great to hear that :) Thanks!! Do check out more Videos, Quiz and Top 3 Questions on my website: www.manochaacademy.com
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@@ManochaAcademyit is simply awesome sir
✨Answers of last three question---
1]60 carbon atoms are present in one molecule of buckminsterfullerene✨
2] (a)Tetravalent✨
(b) Catenation✨
3] Graphite conduct electricity Because of the presence of free electron and Diamond💎 didn't because it doesn't have free electron✨
Thank you sir...your teaching is just amazing🤩✨✨
1. 60 carbon atoms will be present as 12 in pentagon pairs and 20 in hexagon pairs.
2.catinaton and travalent property .
3.As in diamond 1 carbon atom is connected with other 4 c atopm so there are no free electrons to conduct electricity but in graphite 1 carbon carbon atom is connected to other 3 c atom so there is 1 free atom in very mokecules hence conduct electricity.
1.60 carbo atoms
2.catenation and tetravalency
3.because at the four valency electrons, three are used for bond formation and 1 free electron is present
Q1 -> C60
Q2-> tetra covalency of carbon and catenation property
Q3 -> diamond does not contains free electrons while graphite contains one free electrons in its one carbon atom
Good question , perfect for NTSE
Pls reply sir
My name is srinivaas k
Form Pondicherry
Sir very short and simple great explanation
😊👏👏👏👏👏👍nice explanation..
Glad you liked it
so useful video
answers are;
1; 60 molecules
2; *Catenation
* trevalent
3; As graphite contains many free electrons it is a good conductor of electricity and diamond cannot contain free electrons so it is not a conductor of electricity.
the question were also amazing
Marvellous explanation 🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥⚡⚡⚡⚡⚡⚡
Ray
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Ok ra
There should be at least 10 Thumbs up allowed. You deserve them all. For me, you are perfect in your delivery, examples, and props. This is how I learn best. Thank you :)
Thanks again!
1. There are 60 atoms present in one molecule of buckminsterfullerene.
2. Catenation and valance of 4
3. Diamond don't have free electrons so they do not conduct electricity
But Graphite have free electrons so they conduct electricity
1. 60 carbon atoms
2. Catenation= ability to make bonds with other elements
tetravalency = carbon has electronic configuration of ( 2,4 ) Hence 4 valence atoms, Therefore it can neither lose nor gain electrons to be stable, this results in carbon making covalent bonds and share electrons instead of losing or gaining
3. graphite is a good conductor of electricity coz it has 1 free electron while diamond has all 4 electrons shared to another and is a bad conductor of electricity
May Allah bless u alot sir
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Thanks and welcome
We are a batch of chemistry students from Australia. Thanks for the video! We loved it!
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Haters
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1) 60 atoms
2) -Tetravalency
-Catenation
3)Because Graphite has free electrons and Diamond does not have free electrons
Answers:
1. 60 Carbon atoms
2. Carbon is tetravalent and has the ability to form covalent bonds with many elements. It also forms bonds with other carbon atoms and this is known as catenation.
3. Graphite is a good conductor of electricity because in the graphite molecule, 1 atom of Carbon is linked to 3 others; and with Carbon's valency being 3, 1 atom is left. Due to this, lot of free electrons are present and thus, graphite is a better conductor of electricity than diamond.
👍
Q.1. 60 Carbon Atoms
Q.2.(1)TetraValency,(2)Catenation
Q.3.Because,Each Carbon Atom In Graphite Is Bonded With Three Carbon Atom(So Free Electrons Are Present)While In Diamond Each Carbon Atom Is Bonded With Other 4 Carbon Atom (So Free Electrons Are Not Present) And Free Electrons Are Necessary For Conduction Of Electricity Therefore,Graphite is Good Conductor Of Heat While Diamond Is Bad Conductor Of Heat.🌝☺️
1} 60
2} Tetravalent and catenation.
3} This is because graphite has free electrons which can conduct electricity and diamond is rigid therefore the electrons are compact.
Best teacher i have ever seen
Thanks
True..
@@gamingwithabishek9292 why bro
Q1 it contains 60 carbon atoms.
Q2 catenation and tetravalency property.
Q3 diamond doesn't have free mobile electron while graphite have it.
1 Ans : 60
2 Ans : Catenation and tetravalent properties
3 Ans : This is because in Graphite each Carbon atom is linked with 3 more carbon atoms which means it has 1 free electron .Whereas in Diamond each Carbon atom is linked with 4 Carbon atoms which means it has no free electrons
Best explation of this that I have only understand👏👏👏👏👏👏👏👏👏👏👏👍👍👍👍👍👍👍👍👍👍👍👍👍
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1.60 carbon atoms
2.catenation and tetravalency properties
3.diamond and graphite are different in physical property ,but same in chemical property
C=60
Catenation and tetravalent
Because dimond is attached with 4 atom so it has no free electrons
But graphite is attached with only 3 atoms to carbon so it has 1 free electron which helps to conduct electricity
This is the very best video I ever seen .plzzz do more videos for chemisty. This is my humble request sir..
A-1 1 molecule of buckminsterfullerene contains of 60 carbon atoms
A-2 Tetravalent and Catenation are the two properties
A-3 Graphite is a good conductor of electricity because it has 1 electron which is not connected to another atom
thank you very much sir
Sir your English is superb and it's easy to understand
Thanks for liking
Thank you sir very much for your help and support you and your family may live long 👏
All the best
@@ManochaAcademy 😊😀
1. 60
2. Tetravalency and catenation
3. Graphite shares its electrons with 3 other Carbon atoms leaving one electron free. This helps in conduction of electricity. But diamond makes covalent bonds with 4 other Carbon atoms, thus making it completely stable
1. 60
2. Tetravalency and catenation
3. Graphite has many free atoms
Q1=60
Q2= catenation and tetravalent
Q3=
As electricity passes through the substance having free electrons though graphite has free electrons to pass electric current where diamond hasn't any free electrons to conduct electricity.
Q1:60 atoms
Q2:Catenation and Tetravalent
Q3:Graphite has free electrons whereas diamond doesn't
I like the way of your teaching u don't teach us for marks but for actually understanding the concept. I want all the school teachers to teach likhe this. Thanks a lot sir. 😊
It's my pleasure
@@ManochaAcademy 😊
Sir have completed my learn of allotropy by urs explanation thank you sir
Great 👍
Awesome 👍 thanks sir
He explains everything in details, and that's what I like.
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1) There are 60 Carbon atoms present in one molecule of Buckminsterfullere.(C60)
2) Followings are the 2 properties of Carbon:
(1) Carbon has 4 atoms in its outermost shell ( valence shell), it is difficult for Carbon to either donate 4 electrons or to gain 4 protons to become a stable atom. That's why it shares its elements, and so called Tetravalent.
(2) It shows the property of Catenation i.e a property by which a carbon atom can bond with any other number of carbon atoms to form straight chains, branched chains and rings.
3) In Graphite, each Carbon atom is bonded to 3 other Carbon atoms. So, 3 electrons are used in bonds here, 1 electron is free, thus in the whole structure a large number of free electrons are present which makes Graphite a good conductor of electricity.
Whereas, in Diamond, 4 electrons are used in Covalent bonds. Thus there are no free electrons. Hence, it does not conduct electricity.
4 proton nhi 4 electron hoga 2 me
@@ayushyadav6682 Yeah, sorry that's my mistake.😇
Thanks for making it correct!😊
@@anvijain428 thank you so much aap to science mai top karte ho lagra hai
@@ra_iya_shaikh6987 Bro mene Commerce liya h😂😂
❣️👏
1. *60 carbon atoms are present one molecule of buckky ball(Fullerton}
2. चतुसयोजी सयोजकता
ज्यादा से ज्यादा बंध बनाने की क्षमता(क्षंखलन)
3.ग्रेफाइट में मुक्त इलेक्टोन होने के कारण , ये अच्छा सुचालक ह्
Ans 1: 60 carbon atoms..
Ans 2:Carbon atoms are tetravalent they have four electrons which makes it difficult for carbon atom to either lose or gain electrons so it shares electrons forming a covalent compound this leads to forming millions of carbon compounds.
Ans 3:Electricity is the flow of electrons from higher potential differance to lower potential differance as there are no spare electrons in a diamond it is a bad conductor of electricity and as there are many spare electrons in graphite it is a good conductor of electricity..
Enjoyed the video sir...
My chemistry journal is complete thanks to you..
Thanks a lot sir...
Sir thank you so much I wasn't prepared for my chemistry exam because of you now I can finally score good marks hatts off to you🤗
All the best
@@ManochaAcademy thank you sir for reply😃
Q2) Catenation and Tetravalency
Q3) because in graphite while forming covalent bonds 3 electrons are used up where as there is 1 free electron ..... free electron is a electron which leaves its atom....... any electron that is not attached to an ion, atom, or molecule and is free to move under the influence of an applied electric or magnetic field.
Q1) 60 atoms
am i corect sir ????????
I see your video first I realised that sir you explain . I am subscribed you channel
Thanks for subbing
Q1.60 , Q2.catenation and tetracovalancy , Q.3 because graphite have a large no. free electron but diamond have no free electrons . Sir you are absolutely great
1)60
2)tetravalent and catenation
3)graphite is good conductor of electricity due to the presence of free electrons but in diamond there are no free electrons
It's well explained........Thank you❤️❤️
Glad it was helpful!
Ans 1 ) 60
Ans 2) catenation and tetravalency
Ans 3) graphite makes bond with its 3 valence electrons to make hexagonal layers so one outer electron remains free which makes graphite to conduct electricity .
Besides graphite diamond makes bond with 4 carbon atoms so its each electron is in bond ,hence no electron os free , therefore it do not conduct electricity.
1. 60 Carbon Atoms.
2. Catenation and Tetracovalent.
3. While forming compounds, diamond atoms are compactly arranged and have no free valance electrons while graphite has spaces in it allowing electricity to pass through it, also every C-atom of graphite has 1 free e-.
No. 1 teacher
Too good sir . Thank u sir
Answers
1.There are 60 carbon atoms in one molecule of Buckminsterfullerene
2.Tetravalency and catenation are the two properties of carbon that give out millions of carbon compounds
3.In diamond all four valence electrons form a single covalent bond with the electrons of other carbon atom so there are no free electrons to conduct electricity but in graphite only three valence electrons formed covalent bond there are free electron which can conduct electricity so graphite conduct electricity and diamond doesn't conduct electricity
Could u please explain about nanotubes briefly?????
1.60 carbon atoms are present in fullerene
2.catenation and tetravalent
3.graphite has 1 free flow of electrons but in diamond there is no free flow of electrons so graphite is good conductor of electricity and diamond is bad conductor of electricity
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(1). 60 Carbons.
(2). Catenation, Gigantic.
(3). Because Graphite posses 3 electrons in each Carbon bond that allows free electrons, and much the electrons makes granite good conductor of electricity.
Thank you sir.....May God bless you and me.....
I really appreciate for all your support.......your channel is the best channel I love must and usually watch for my study on UA-cam....
Thanks sir.
Very very very good explanation sir.........hats off to u sir........thanks for explaining this hard topic in so easy way sir❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️
GCS woo
1:60 carbon atoms
2: catenation and tetravalency
3:graphites has free electrons while diamond does not have free electrons
your teaching way is amazing even a 6rd std student can understand
Thanks for liking
Very simple and easy to understand explaination
The way you explain sir...its amazing i am easily understanding the way you are teaching
1:-60 atoms
2:-Tetravalent And Catenation Property
3:-Graphite Has 1 free Electrons But Diamond Has Not
A very nice explanation sir which was very much liked by me the way you teach was soo perfect sir
1) 60 carbon atoms
2) 1. Tetravalency and 2) catenation
3) because graphite has free electrons and diamond doesn't have free electrons as they are used up to form bonds.
Thanks a lot sir...
This video completely made me understand about the structure of 'C' allotropes practically .
Once again thank you sir for the nice explanation.
You are most welcome
Q1 60 carbon atom
Q2 catenation , tetra valent
Q3 graphite contains a free carbon molecules due to which it conduct electricity
Thanks sir
Welcome
Thank you sir for explaining this topic.
One doubt sir
05:57 Sir, Alakh Pandey Sir(Physics Wallah) told that in covalent bond the formation of bond is weak whereas you are telling bond of carbon are very strong.
Please explain sir🙏
Covalent bonds are strong
Bond produced by carbon is strong since carbon is smaller in size .It can hold the shared pair of electrons strongly..
Strong bonds but weak intermolecular force
Strong bonds within the molecule, but weak within inter molecular forces
I know the concept behind it now.
Thank you Insane, Himanshi, Leela and Joshika for explaining.
Sr u r Hero of Science ,I like the way u teach thnkx lot lot lot ❤️❤️❤️❤️❤️👍
It's my pleasure
Very nice lecture
1.60
2..catenation and tetravalnt
3.because graphite has no. Of free electrons and diamond has no free electrons
Sir ur explaination is too good ....really I understood this chapter very well ....👍
Glad to hear that
You English is super ❤️❤️❤️❤️❤️❤️❤️❤️❤️ please give a heat
Sir u cleared all my doubts.
Glad to hear that
1) 60 atoms
2a) Tetravalent
b) catenation
3) In Diamond one carbon atom combines with four other carbon atoms so all the four atoms involve in bonding but in graphite one carbon atom is attached with three carbon atoms that's why one electron remains free and because of the presence of that free electron the graphite is able to conduct electricity.
Excellent sir.. Superb teaching... Thank you 😊🙏
Most welcome
Sir, your videos are much easier to understand