Can a long polymer chain interact with itself via van der Waals forces?IBrF2 - van der Waals repulsions - and...
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Can a long polymer chain interact with itself via van der Waals forces?
IBrF2 - van der Waals repulsions - and number of unique bond anglesIs there a clear distinction between the various intra- and intermolecular interactions?How to confirm the type of bonding taking place between two substances?Why is an ionic bond a chemical and not a physical bond?What are the factors affecting Boiling Point in Ions?Why is the boiling point of stibane higher than that of ammonia?Why is polymer B more dense than polymer A?Why does branching decrease density and melting point?Does deuterium exhibit hydrogen bonding?Non-conventional polymers
$begingroup$
It is known that van der Waals interaction is an intermolecular forces. So is it possible that a long polymer chain interacting with itself via non-bonded interactions (such as van der Waals forces / electrostatic forces / hydrogen bonding)?
Thank you.
bond polymers hydrogen-bond electrostatic-energy
asked 2 hours ago
Ernest OngErnest Ong
312
$endgroup$
add a comment |
$begingroup$
It is known that van der Waals interaction is an intermolecular forces. So is it possible that a long polymer chain interacting with itself via non-bonded interactions (such as van der Waals forces / electrostatic forces / hydrogen bonding)?
Thank you.
bond polymers hydrogen-bond electrostatic-energy
asked 2 hours ago
Ernest OngErnest Ong
312
$endgroup$
1
$begingroup$
It can and does. Come to think of it, how can it not to interact? It is just the same atoms governed by the same laws. They don't have a built-in IFF system to tell them whether the other atom is from the same or different molecule.
$endgroup$
– Ivan Neretin
2 hours ago
add a comment |
$begingroup$
It is known that van der Waals interaction is an intermolecular forces. So is it possible that a long polymer chain interacting with itself via non-bonded interactions (such as van der Waals forces / electrostatic forces / hydrogen bonding)?
Thank you.
bond polymers hydrogen-bond electrostatic-energy
asked 2 hours ago
Ernest OngErnest Ong
312
$endgroup$
It is known that van der Waals interaction is an intermolecular forces. So is it possible that a long polymer chain interacting with itself via non-bonded interactions (such as van der Waals forces / electrostatic forces / hydrogen bonding)?
Thank you.
bond polymers hydrogen-bond electrostatic-energy
bond polymers hydrogen-bond electrostatic-energy
asked 2 hours ago
Ernest OngErnest Ong
312
asked 2 hours ago
Ernest OngErnest Ong
312
asked 2 hours ago
Ernest OngErnest Ong
312
asked 2 hours ago
Ernest OngErnest Ong
312
asked 2 hours ago
Ernest OngErnest Ong
312
312
1
$begingroup$
It can and does. Come to think of it, how can it not to interact? It is just the same atoms governed by the same laws. They don't have a built-in IFF system to tell them whether the other atom is from the same or different molecule.
$endgroup$
– Ivan Neretin
2 hours ago
add a comment |
1
$begingroup$
It can and does. Come to think of it, how can it not to interact? It is just the same atoms governed by the same laws. They don't have a built-in IFF system to tell them whether the other atom is from the same or different molecule.
$endgroup$
– Ivan Neretin
2 hours ago
1
1
$begingroup$
It can and does. Come to think of it, how can it not to interact? It is just the same atoms governed by the same laws. They don't have a built-in IFF system to tell them whether the other atom is from the same or different molecule.
$endgroup$
– Ivan Neretin
2 hours ago
$begingroup$
It can and does. Come to think of it, how can it not to interact? It is just the same atoms governed by the same laws. They don't have a built-in IFF system to tell them whether the other atom is from the same or different molecule.
$endgroup$
– Ivan Neretin
2 hours ago
add a comment |
1 Answer
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$begingroup$
You have a possible answer to your question in proteins, an example which includes some long polymer chains.
Intramolecular interactions - while not necessarily the driving force for formation of a collapsed protein globule (usually argued to be due to the hydrophobic effect, requiring intermolecular interactions) - are the basis for higher order structure in proteins and even some forms of RNA. I won't mention DNA since most commonly this forms a bimolecular double helix.
A good and basic example of protein structure acquisition due to intramolecular interactions in proteins is polyalanine, which acquires alpha-helical secondary structure stabilized by intramolecular hydrogen bonds, typically between amide groups separated by 2 amino acids along the chain. All of the interactions you mention may play a role in stabilizing a particular protein structure or "fold".
answered 2 hours ago
Night WriterNight Writer
1,595218
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$begingroup$
You have a possible answer to your question in proteins, an example which includes some long polymer chains.
Intramolecular interactions - while not necessarily the driving force for formation of a collapsed protein globule (usually argued to be due to the hydrophobic effect, requiring intermolecular interactions) - are the basis for higher order structure in proteins and even some forms of RNA. I won't mention DNA since most commonly this forms a bimolecular double helix.
A good and basic example of protein structure acquisition due to intramolecular interactions in proteins is polyalanine, which acquires alpha-helical secondary structure stabilized by intramolecular hydrogen bonds, typically between amide groups separated by 2 amino acids along the chain. All of the interactions you mention may play a role in stabilizing a particular protein structure or "fold".
answered 2 hours ago
Night WriterNight Writer
1,595218
$endgroup$
add a comment |
$begingroup$
You have a possible answer to your question in proteins, an example which includes some long polymer chains.
Intramolecular interactions - while not necessarily the driving force for formation of a collapsed protein globule (usually argued to be due to the hydrophobic effect, requiring intermolecular interactions) - are the basis for higher order structure in proteins and even some forms of RNA. I won't mention DNA since most commonly this forms a bimolecular double helix.
A good and basic example of protein structure acquisition due to intramolecular interactions in proteins is polyalanine, which acquires alpha-helical secondary structure stabilized by intramolecular hydrogen bonds, typically between amide groups separated by 2 amino acids along the chain. All of the interactions you mention may play a role in stabilizing a particular protein structure or "fold".
answered 2 hours ago
Night WriterNight Writer
1,595218
$endgroup$
add a comment |
$begingroup$
You have a possible answer to your question in proteins, an example which includes some long polymer chains.
Intramolecular interactions - while not necessarily the driving force for formation of a collapsed protein globule (usually argued to be due to the hydrophobic effect, requiring intermolecular interactions) - are the basis for higher order structure in proteins and even some forms of RNA. I won't mention DNA since most commonly this forms a bimolecular double helix.
A good and basic example of protein structure acquisition due to intramolecular interactions in proteins is polyalanine, which acquires alpha-helical secondary structure stabilized by intramolecular hydrogen bonds, typically between amide groups separated by 2 amino acids along the chain. All of the interactions you mention may play a role in stabilizing a particular protein structure or "fold".
answered 2 hours ago
Night WriterNight Writer
1,595218
$endgroup$
You have a possible answer to your question in proteins, an example which includes some long polymer chains.
Intramolecular interactions - while not necessarily the driving force for formation of a collapsed protein globule (usually argued to be due to the hydrophobic effect, requiring intermolecular interactions) - are the basis for higher order structure in proteins and even some forms of RNA. I won't mention DNA since most commonly this forms a bimolecular double helix.
A good and basic example of protein structure acquisition due to intramolecular interactions in proteins is polyalanine, which acquires alpha-helical secondary structure stabilized by intramolecular hydrogen bonds, typically between amide groups separated by 2 amino acids along the chain. All of the interactions you mention may play a role in stabilizing a particular protein structure or "fold".
answered 2 hours ago
Night WriterNight Writer
1,595218
answered 2 hours ago
Night WriterNight Writer
1,595218
answered 2 hours ago
Night WriterNight Writer
1,595218
answered 2 hours ago
Night WriterNight Writer
1,595218
1,595218
add a comment |
add a comment |
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$begingroup$
It can and does. Come to think of it, how can it not to interact? It is just the same atoms governed by the same laws. They don't have a built-in IFF system to tell them whether the other atom is from the same or different molecule.
$endgroup$
– Ivan Neretin
2 hours ago