Light that has wavelengths of 462 nm in the air, 347 nm in the water, and 304 nm

Q: Light that has wavelengths of 462 nm in the air, 347 nm in the water, and 304 nm

for maximum transmission 2nwt = m x wavelength in air 2x1.33xt = 1x 462nm t = 173.684 nm The phase shift uponreflection off the water is 3.14 rad. The phase shift uponreflection off the glass is 3.14 rad.

ID: 1496846 • Letter: L

Question

Light that has wavelengths of 462 nm in the air, 347 nm in the water, and 304 nm in the glass is incident normally upon a thin film of water from above (from the air). Calculate the minimum, non-zero thickness (in nm) of the water film that will give a transmission maximum .

air n = 1.00

water n=1.33

glass n = 1.52

Also,

The phase shift uponreflection off the water is ___ rad.

The phase shift uponreflection off the glass is ___ rad.
A transmission maximum gives a reflection ____________________.

Explanation / Answer

for maximum transmission

2nwt = m x wavelength in air

2x1.33xt = 1x 462nm

t = 173.684 nm

The phase shift uponreflection off the water is 3.14 rad.

The phase shift uponreflection off the glass is 3.14 rad.

Navigate

Light that has a wavelength of 580 nm is incident on a single slit that is 24.0

Light that is incident upon the eye is refracted several timesbefore it reaches

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.

Light that has wavelengths of 462 nm in the air, 347 nm in the water, and 304 nm

Question

Explanation / Answer

Related Questions

Navigate