Prism Basic||Prism Deviation Concept||Discussion OF Sheet Section 1 Part 4|| Question-01 to 11

Discussion Sheet Question 01 to 40

Discussion of Sheet -Part (1 to 17)

Refraction Through Curved Surface||Discussion OF DDP-13||Sheet Section 1 Question-34 to 41||Refraction Through Curved Surface||Discussion OF DDP-13||Sheet Section 1 Question-34 to 41

Prism|Questions|Minimum Deviation

Discussion of Sheet Dipole (Q 71 to 97)||Section-2 Part-1 (Q 1 to 20)

Discussion of Homework-8 and 9||Sheet-Section-2,Part 2

A crown glass prism of refracting angle 8^(@) is combined with a flint glass prism to obtain deviation without dispersion. If the refractive indicates for red and violet rays for the crown glass are 1.514 and 1.524 and for the flint glass are 1.645 and 1.665 respectivey, find the angle of flint glass prism and net deviation.

Flint glass prism is joined by a crown glass prism to produce dispersion without deviation. The refractive indices of these for mean rays are 1.602 and 1.500 respectively. Angle of prism of flint prism is 10^(@) , then the angle of prism for crown prism will be

Flint glass prism is joined by a crown glas prism to produce dispersion without deviation. Th refractive indices of these for mean rays are 1.602 and 1.500 repsectively. If the angle of prism of flint prism is 10^(0) , then the angle of prism for crown prism is nxx6.02^(@) . Then find n .

A thin glass prism of angle 6^(@) of refractive index 1.5 is combined with another glass prism of refractive index 1.6 to produce dispersion without deviation. What is the angle of the second prism ?