The X-Y plane be taken as the boundary between two transparent media {\M}_1 and {\M}_2 \cdot {\M}_1 in Z \geq 0 has a refractive index of \sqrt{2} and M_2 with Z< 0 has a refractive index of \sqrt{3}. A ray of light travelling in {\M}_1 along the direction given by the vector \overrightarrow{ {\P}=4 \sqrt{3} \stackrel{\^}{i}-3 \sqrt{3} \stackrel{\^}{j}-5 \stackrel{\^}{k}, is incident on the plane of separation. The value of difference between the angle of incident in {\M}_1 and the angle of refraction in {\M}_2 will be____ degree. [29-Jul-2022-Shift-1]

JEE Mains 29-July-2022 Shift 1 Solved Paper

Section: Physics

Question : 59 of 90

Marks: +1, -0

The X−Y plane be taken as the boundary between two transparent media M1 and M2⋅M1 in Z≥0 has a refractive index of √2 and M2 with Z<0 has a refractive index of √3. A ray of light travelling in M1 along the direction given by the vector

→

=4√3

−3√3

−5

, is incident on the plane of separation. The value of difference between the angle of incident in M1 and the angle of refraction in M2 will be____ degree.

[29-Jul-2022-Shift-1]

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