A slab of glass of thickness of 3 units and refractive index √3 is surrounded by vacuum and is placed as shown. A light ray is incident at the point (2,5√3) as shown. The point where the ray will cut the X− axis is:

A slab of glass of thickness of 3 units and refractive index √3 is s

1.	A slab of glass of thickness of 3 units and refractive index √3 is surrounded by vacuum and is placed as shown. A light ray is incident at the point (2,5√3) as shown. The point where the ray will cut the X− axis is:
Answer» A slab of glass of thickness of $3$ units and refractive index $\sqrt{3}$ is surrounded by vacuum and is placed as shown. A light ray is incident at the point $(2, 5 \sqrt{3})$ as shown. The point where the ray will cut the $X -$ axis is:

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A slab of glass of thickness of 3 units and refractive index √3 is surrounded by vacuum and is placed as shown. A light ray is incident at the point (2,5√3) as shown. The point where the ray will cut the X− axis is:

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