Suppose two flat glass plates 30-cm long are in contact along one end and separated by a human hair at the other end.If the diameter of the hair is 50 $\mu$ m,find the separation of the interference fringes when the plates are illuminated by green light, $\lambda$ = 546 nm.

Question

Suppose two flat glass plates 30-cm long are in contact along one end and separated by a human hair at the other end.If the diameter of the hair is 50

\mu

m,find the separation of the interference fringes when the plates are illuminated by green light,

\lambda

= 546 nm.

Quizplus · Accepted Answer

The Answer of Suppose two flat glass plates 30-cm long are in contact along one end and separated by a human hair at the other end.If the diameter of the hair is 50 $\mu$m,find the separation of the interference fringes when the plates are illuminated by green light,$\lambda$ = 546 nm.

Suppose Two Flat Glass Plates 30-Cm Long Are in Contact μ\muμ

Suppose Two Flat Glass Plates 30-Cm Long Are in Contact $\mu$