367841 Assertion :
The unpolarised light and polarised
light can be distinguished from each other by
using polaroid
Reason :
A polaroid is capable of producing
plane polarised beams of light.

367842 In a system of two crossed polarisers, it is found that the intensity of light from the second polariser is half from that of first polariser. The angle between their pass axes is

367843 When a polaroid sheet is rotated between two crossed polaroids then the transmitted light intensity will be maximum for a rotation of

367844 Two polaroid \(A\) and \(B\) are placed in such a way that the pass-axis of polaroids are perpendicular to each other. Now, another polaroid \(C\) is placed between \(A\) and \(B\) bisecting angle between them. If intensity of unpolarized light is \(I_{0}\) then intensity of transmitted light after passing through polaroid \(B\) will be

367845 A beam of unpolarised light of intensity \(I_{0}\) is passed through a polaroid \(A\) and then through another polaroid \(B\) which is oriented so that its principal plane makes an angle of \(45^{\circ}\) relative to that of \(A\). The intensity of the emergent light is

367841 Assertion :
The unpolarised light and polarised
light can be distinguished from each other by
using polaroid
Reason :
A polaroid is capable of producing
plane polarised beams of light.

367842 In a system of two crossed polarisers, it is found that the intensity of light from the second polariser is half from that of first polariser. The angle between their pass axes is

367843 When a polaroid sheet is rotated between two crossed polaroids then the transmitted light intensity will be maximum for a rotation of

367844 Two polaroid \(A\) and \(B\) are placed in such a way that the pass-axis of polaroids are perpendicular to each other. Now, another polaroid \(C\) is placed between \(A\) and \(B\) bisecting angle between them. If intensity of unpolarized light is \(I_{0}\) then intensity of transmitted light after passing through polaroid \(B\) will be

367845 A beam of unpolarised light of intensity \(I_{0}\) is passed through a polaroid \(A\) and then through another polaroid \(B\) which is oriented so that its principal plane makes an angle of \(45^{\circ}\) relative to that of \(A\). The intensity of the emergent light is

367841 Assertion :
The unpolarised light and polarised
light can be distinguished from each other by
using polaroid
Reason :
A polaroid is capable of producing
plane polarised beams of light.

367842 In a system of two crossed polarisers, it is found that the intensity of light from the second polariser is half from that of first polariser. The angle between their pass axes is

367843 When a polaroid sheet is rotated between two crossed polaroids then the transmitted light intensity will be maximum for a rotation of

367844 Two polaroid \(A\) and \(B\) are placed in such a way that the pass-axis of polaroids are perpendicular to each other. Now, another polaroid \(C\) is placed between \(A\) and \(B\) bisecting angle between them. If intensity of unpolarized light is \(I_{0}\) then intensity of transmitted light after passing through polaroid \(B\) will be

367845 A beam of unpolarised light of intensity \(I_{0}\) is passed through a polaroid \(A\) and then through another polaroid \(B\) which is oriented so that its principal plane makes an angle of \(45^{\circ}\) relative to that of \(A\). The intensity of the emergent light is

367841 Assertion :
The unpolarised light and polarised
light can be distinguished from each other by
using polaroid
Reason :
A polaroid is capable of producing
plane polarised beams of light.

367842 In a system of two crossed polarisers, it is found that the intensity of light from the second polariser is half from that of first polariser. The angle between their pass axes is

367843 When a polaroid sheet is rotated between two crossed polaroids then the transmitted light intensity will be maximum for a rotation of

367844 Two polaroid \(A\) and \(B\) are placed in such a way that the pass-axis of polaroids are perpendicular to each other. Now, another polaroid \(C\) is placed between \(A\) and \(B\) bisecting angle between them. If intensity of unpolarized light is \(I_{0}\) then intensity of transmitted light after passing through polaroid \(B\) will be

367845 A beam of unpolarised light of intensity \(I_{0}\) is passed through a polaroid \(A\) and then through another polaroid \(B\) which is oriented so that its principal plane makes an angle of \(45^{\circ}\) relative to that of \(A\). The intensity of the emergent light is

367841 Assertion :
The unpolarised light and polarised
light can be distinguished from each other by
using polaroid
Reason :
A polaroid is capable of producing
plane polarised beams of light.

367842 In a system of two crossed polarisers, it is found that the intensity of light from the second polariser is half from that of first polariser. The angle between their pass axes is

367843 When a polaroid sheet is rotated between two crossed polaroids then the transmitted light intensity will be maximum for a rotation of

367844 Two polaroid \(A\) and \(B\) are placed in such a way that the pass-axis of polaroids are perpendicular to each other. Now, another polaroid \(C\) is placed between \(A\) and \(B\) bisecting angle between them. If intensity of unpolarized light is \(I_{0}\) then intensity of transmitted light after passing through polaroid \(B\) will be

367845 A beam of unpolarised light of intensity \(I_{0}\) is passed through a polaroid \(A\) and then through another polaroid \(B\) which is oriented so that its principal plane makes an angle of \(45^{\circ}\) relative to that of \(A\). The intensity of the emergent light is