Unpolarized light passes through a vertically polarized film and then passes through a second polarized film whose axis is tilted 60 degrees above horizontal This light then passes through a traditional Young's Double slit set up with slit separation of 0.25 cm and slit width of 0.5mm. This creates both an interference pattern and a diffraction pattern on a screen 1m away. The frequency of the light is known to be 6E+14. Find the intensity of the light after the second polarizer as a percent to two decimal places.

Unpolarized light passes through a vertically polarized film and then passes through a second polarized film whose axis is tilted 60 degrees above horizontal This light then passes through a traditional Young's Double slit set up with slit separation of 0.25 cm and slit width of 0.5mm. This creates both an interference pattern and a diffraction pattern on a screen 1m away. The frequency of the light is known to be 6E+14. Find the intensity of the light after the second polarizer as a percent to two decimal places.