Answered: Photon Momentum. Compare the magnitude… | bartleby

Related questions

Question

PU
13.1-7
Photon Momentum. Compare the magnitude of the total momentum in all of the photons
in a 10-J laser pulse with that of:
(a) a l-g mass moving at a velocity of 1 cm/s.
(b) an electron moving at a velocity co/10.
*13 1 Q
Momontum of Phot
2o Coucgion Room

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 4 steps

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

(12% ) Problem 13: Suppose a photon has a wavelength of 2.9 um 25% Part (a) Calculate the momentum of the photon in kg-ms. Grade Seamary Dedections PA= Patential 100% 8 9 Sahmissions Atagts remainingt3 (5% per atteapt) detailed view 7 x( tan sin) cos0 E 4 6 acos asın) cotan) 2 1 sanh0 atano acotan) 01 cotanh) tanh() cosh0 Degrees Radians Igve up! Hint Feedback: s deduction per feedback Hints: 0% deduction per hint Hints remaining &25% Part (b) Find the speed, in meters per second, of an electron bavang the same momentum & 25% Part (c) What is the kinetic energy of the electron in joules? à 25% Part (d) How does it compare to the energy of a photon? E, KE.?
Pls help ASAP.
For an electron to escape from the surface of aparticular metal, it needs to absorb a minimum of6.75x10-19J of energy. Calculate the a) frequency b) wavelengthof a photon with just enough energy to cause this.
Please Asap
Use the talble to detemine the energy in evof the photon emitted when thee bectran. Jumps down from the n=4 orbit of a tasy hydrogen atom Allowed the values of the Hydrogen electrons Raclius and Energy fr lows values ofn I En 10.53nm -13.60ev. 20,212nm | 3.40eV 3 0,477nm M0.848nm -0.8ser -l05lev |
. A photon with wavelength λ scatters after colliding with a free electron at A, producing a photon with wavelength λ'. Then this photon scatters after colliding with another free electron at B, producing a third photon with wavelength λ'', moving in the opposite direction to the original photon, as shown in the figure below. Determine the value of ∆λ = λ'' - λ.
124. For a 1-kg ball in a l-m² square two-dimensional box (i.e., L = 1 m), what is the lowest quantum energy allowed? If the ball had this kinetic energy, how long would it take to travel from one side of the box to the other? Is this time something that you think you could measure?
Suppose photons are produced in a cathode ray tube (CRT) from electrons which are accelerated across a potential of 22 kV. Energy in electron volts of the photons is 22000. what is the maximum frequency, in hertz, of these photons?
4. If the incident photon has energy E (or hv), what is the maximum possible kinetic energy imparted to the scattered electron? At what angle o does this electron scatter?