Question

(ii) What is the significance of the slope of the graph?
(ii) Give tl • expression of photoelectric equation
radius of the drop given the viscosity of aus under the condions of
Q4. (a) Explain the Compton effect.
(b) (0) State the Compton equation and desin each notation nvolved in the equation.
(ii) A photon of wavelength 0.400nm Strikes an electror and rebound at an angle of 150° to the original
direction. Find the speed and the wavelength of the photon after collision.
Q5. (a) (1) Explain: (i) Photoelectric effect.
(ii) work function.
En
(b) (1) What does A and B represents on the graph above?
(iii) A photo electron with a maximum speed of 8x109 m/s are ejected
from a metal surface by a light of wavelength 2, if the work
function of the metal is 3.5 eV, determine the wavelength.​

Answer 1

expression of photoelectric equation

radius of the drop given the viscosity of aus under the condions Explain the Compton effect.

(b) State the Compton equation and desin each notation nvolved in the equation.

(ii) A photon of wavelength 0.400nm Strikes an electror and rebound at an angle of 150° to the original

direction. Find the speed and the wavelength of the photon after collision.

Q5. (a) (1) Explain: (i) Photoelectric effect.

(ii) work function.

En

(b) (1) What does A and B represents on the graph above?

(iii) A photo electron with a maximum speed of 8x109 m/s are ejected

from a metal surface by a light of wavelength