In which of the following pairs is the polyme | vedclass

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

Question

(A) The classification of polymers based on intermolecular forces is as follows:$1$. Neoprene is an elastomer,which possesses weak intermolecular forc

Vedclass · Accepted Answer

$A, B$

Vedclass · Answer

(A) The classification of polymers based on intermolecular forces is as follows:$1$. Neoprene is an elastomer,which possesses weak intermolecular forces. Thus,$A$ is correct.$2$. Terylene is a fibre,which possesses strong intermolecular forces (dipole-dipole or hydrogen bonding). Thus,$B$ is correct.$3$. Polystyrene is a thermoplastic,which possesses weak intermolecular forces,not 'very weak'.$4$. Polythene is a thermoplastic,which possesses weak van der Waals forces,not hydrogen bonding.Therefore,the correctly matched pairs are $A$ and $B$.

$A$. Neoprene --- Weak intermolecular forces	$B$. Terylene --- Hydrogen bonding
$C$. Polystyrene --- Very weak intermolecular forces	$D$. Polythene --- Hydrogen bonding

In which of the following pairs is the polymer correctly matched with the intermolecular forces present in them?
$A$. Neoprene --- Weak intermolecular forces $B$. Terylene --- Hydrogen bonding
$C$. Polystyrene --- Very weak intermolecular forces $D$. Polythene --- Hydrogen bonding

Similar Questions

Which among the following polymers is used to manufacture water pipes?

Orlon has which monomeric unit?

Which one of the following sets forms a biodegradable polymer?

The alkyd resins are condensation polymers obtained from dibasic acids and

Which polymer is used in orthopedic devices and in controlled drug-release capsules?

Vedclass Test Series

Exam Paper Generator

Online Exam Module

In which of the following pairs is the polymer correctly matched with the intermolecular forces present in them?$A$. Neoprene --- Weak intermolecular forces$B$. Terylene --- Hydrogen bonding$C$. Polystyrene --- Very weak intermolecular forces$D$. Polythene --- Hydrogen bonding