What is refractive index of glass when free space light

Reference no: EM13992693

1. What is the refractive index of glass when free space light falls on the glass with incident angle 45 and pass through the glass with refracted angle 30?

2. What is the wavelenght of 100 MHz Electronagnetic wave in free space?

Reference no: EM13992693

Questions Cloud

What are ipv6 unique local addresses the addresses : What are IPv6 Unique Local Addresses the addresses which can be used inside an enterprise company at multiple sites.

Software application packages function : True or false? Software application packages function as the interface between the operating system and firmware. TrueFalse

Particular income producing property : For each of the factors listed below indicate whether the factor, independently, is likely to increase or decrease the CAP rate on a particular income producing property compared with an average property.

Display the valve stored in a num by derefecing it : Display the valve stored in a num by derefecing it

What is refractive index of glass when free space light : What is the refractive index of glass when free space light falls on the glass with incident angle 45 and pass through the glass with refracted angle 30?

What is total kinetic energy released in beta decay reaction : What is the total (kinetic) energy released in the beta decay reaction? What is the disintegration rate? What is the initial activity?

Below are many fascinating questions about european history : Below are many fascinating questions about European History in the 19th Century. Chose one of these questions, research your answer, and draft an 8-10 page paper.

Bond nominal yield to maturity : a) What is the bond's nominal yield to maturity (find the annual rate)? b) What is the bond's nominal yield to call (find the annual rate)?

What appropriate equation to calculate focal length of lens : A refractive index (n) is 1.5 and the radius of curvature (R) is .6m. What it is the appropriate equation to calculate the focal length (f) of the lens. I wrote f= (n-1)(2/R) which gave me a 1.667 m = 166.7 cm. Is this correct?

User Account

All Pages