359323 Assertion :
If a dielectric is placed in external field then field inside dielectric will be less than applied field.
Reason :
Electric field will induce dipole moment opposite to field direction.

359324 I.
In metals, the positive ions made up of the nuclei and the bound electrons remain held in their fixed positions.
II.
In electrolytic conductors, the charge carriers are both positive and negative ions.

359325 I.
In an external electric field, the positive and negative charges of non-polar molecule are displaced in opposite directions.
II.
In non-polar molecules displacement stops when the external force on the constituent charges of the molecule is balanced by the restoring force.
III.
The non-polar molecule develops an induced dipole moment.

359326 Assertion :
A molecule having intrinsic dipole moment is called polar molecule.
Reason :
Centre of positive charge does not coincide with the negative charge in a polar molecule.

359323 Assertion :
If a dielectric is placed in external field then field inside dielectric will be less than applied field.
Reason :
Electric field will induce dipole moment opposite to field direction.

359324 I.
In metals, the positive ions made up of the nuclei and the bound electrons remain held in their fixed positions.
II.
In electrolytic conductors, the charge carriers are both positive and negative ions.

359325 I.
In an external electric field, the positive and negative charges of non-polar molecule are displaced in opposite directions.
II.
In non-polar molecules displacement stops when the external force on the constituent charges of the molecule is balanced by the restoring force.
III.
The non-polar molecule develops an induced dipole moment.

359326 Assertion :
A molecule having intrinsic dipole moment is called polar molecule.
Reason :
Centre of positive charge does not coincide with the negative charge in a polar molecule.

359323 Assertion :
If a dielectric is placed in external field then field inside dielectric will be less than applied field.
Reason :
Electric field will induce dipole moment opposite to field direction.

359324 I.
In metals, the positive ions made up of the nuclei and the bound electrons remain held in their fixed positions.
II.
In electrolytic conductors, the charge carriers are both positive and negative ions.

359325 I.
In an external electric field, the positive and negative charges of non-polar molecule are displaced in opposite directions.
II.
In non-polar molecules displacement stops when the external force on the constituent charges of the molecule is balanced by the restoring force.
III.
The non-polar molecule develops an induced dipole moment.

359326 Assertion :
A molecule having intrinsic dipole moment is called polar molecule.
Reason :
Centre of positive charge does not coincide with the negative charge in a polar molecule.

359323 Assertion :
If a dielectric is placed in external field then field inside dielectric will be less than applied field.
Reason :
Electric field will induce dipole moment opposite to field direction.

359324 I.
In metals, the positive ions made up of the nuclei and the bound electrons remain held in their fixed positions.
II.
In electrolytic conductors, the charge carriers are both positive and negative ions.

359325 I.
In an external electric field, the positive and negative charges of non-polar molecule are displaced in opposite directions.
II.
In non-polar molecules displacement stops when the external force on the constituent charges of the molecule is balanced by the restoring force.
III.
The non-polar molecule develops an induced dipole moment.

359326 Assertion :
A molecule having intrinsic dipole moment is called polar molecule.
Reason :
Centre of positive charge does not coincide with the negative charge in a polar molecule.