A beam of yellow light is made to pass through two slits that are 3.0 x 10−3 meters apart. On a screen 2.0 meters away from the slits, an interference pattern appears with bands of light separated by 3.9 x 10−4 meters. What is the wavelength of the light?

3.6 x 10−8 m
5.9 x 10−7 m
6.5 x 10−7 m
3.9 x 10−6 m

Explanation:

The formula to calculate the position of the m-th maximum in the interference pattern produced by the diffraction of light from a double slit is

where

y is the distance of the maximum from the central bright fringe

m is the order of the maximum

is the wavelength of the light

D is the distance of the screen from the slits

d is the distance between the slits

Here we have:

(distance between slits)

D = 2.0 m (distance of the screen)

is the distance of the 1st maximum after the central maximum from the central fringe (therefore, taking m = 1)

Solving for , we find the wavelength:

the cellphone, they would then know if the killer would have contacted them or always hated them. or if it was a breakup. but if that is not the case, then it would be the clothing. to put in a bullet, it would have to be put in by hands. hands have finger prints which, would have giving you the answer of who done it.

explanation:

answer: a) y=-8x+5

a) m= -8

b) m= -2

c) m= 7

d) m= 6