Draw a graph to show the dependence of stopping potential on the frequency of incident light in case of photoelectric effect. Indicate the threshold frequency in the graph.

In case of photoelectric effect, the incident photon

What is threshold frequency in connecting with photoelectric effect?

Statement I: The stopping potential becomes double when the frequency of the incident radiation is doubled Statement II: Work function of the metal and the threshold frequency of photoelectric effect are proportional to each other.

Stopping poential for the electrons emitted due to incidence of light on a metal is 3V. Determine the frequency of this light and also the work function for metal. Given, the threshold frequency for photoelectric emission from that metal is 6xx10^(14) Hz .

The threshold frequency of a photoelectric effect depends on

For a metal surface, ratio of the stopping potentials for two different frequencies of incident lights is 1 : 4 , what is the ratio of the maximum velocities in the two cases?

What is threshold frequency in photoelectric emission?

The stopping potential of copper is 2.72V for light of wavelength 1849 Å . Determine the work function and threshold frequency of the metal.

What will be the kinetic energy of emitted photoelectrons if light of threshold frequency falls on a metal?

Draw the graph showing the solution set of the inequation 4x-3yge5 .