Obtain at what angles do the third bright spots occur

Reference no: EM13520853

When laser light of wavelength 632.8nm passes through a diffraction grating, the first bright spots occur at +/- 17.8 degrees from the central maximum.

Part A At what angles do the second bright spots occur?

|angle 2|_________ degrees

Part B At what angles do the third bright spots occur?

|angle 3|__________ degrees

Reference no: EM13520853

Questions Cloud

Determine how much work is done by friction : A hedgehog pushes a rock of 1.9 kg up a ramp, which is tilted at 19.5 degrees to horizontal, How much work is done by friction

Describe the value of the equilibrium constant : If E degree cell=-0.51V for the reaction below at 25 degree C, what is the value of the equilibrium constant at this temperature.

Find how much work do you do in the horizontal direction : You push a box up a ramp inclined at 26.2o using a force of 230.0N, for a distance of 10.9 m. How much work do you do in the horizontal direction

What was the raccoons velocity : A 13.5 kg raccoon falls out of a tree and hits the ground with a kinetic energy of 1237.0 J. What was the raccoon's velocity when it was 5.0 m above the ground

Obtain at what angles do the third bright spots occur : When laser light of wavelength 632.8nm passes through a diffraction grating, the first bright spots occur at +/- 17.8 degrees from the central maximum. At what angles do the third bright spots occur

Explain the reaction occurs in biological processes : If the temperature required for this process is 1600°C, what observations would you make considering the fact that the reaction occurs in biological processes

Find what is the electric potential on the surface : A point charge of 8.40 mC is surrounded by an equipotential surface with a radius of 0.280 m. What is the electric potential on the surface

Calculate how many photons are emitted per second : A 6.70mW helium neon laser emits a visible laser beam with a wavelength of 636nm . How many photons are emitted per second

Explain and complete oxidation of glucose to co2 and h2o : Using the value of 7.3 kcal/mole for ATP, how many kcal are conserved as ATP from one mole of glucose in each of the following

User Account

All Pages