In a photoelectric experiment anode potential is ploted againest plate currect.

In a photoelectric experiment anode potential is ploted against plate current.

In a photoelectric effect, the anode potential is plotted against the plate current

In a photoelectric experiment, if stopping potential is applied, then photocurrent becomes zero. This means that:

In a photoelectric experiment, if stopping potential is applied, then photocurrent becomes zero. This means that:

In photoelectric experiment the plot between anode potential and photoelectric current is shown in figure 2.3.1. Which of the following is correct:

In a photoelectric experiment, two metal pairs plates A and B are used for a given light intensity I and frequency f. work function of metal B is more than that of A. The correct variation of stopping potential difference versus frequency is given by:

In a photoelectric experiment the stopping potential for the incident light of wavelength 4000Å is 2 volt. If the wavelength be changed to 3000 Å, the stopping potential will be