Stopping Potential||Saturation Current Graphs

Intensity and frequency of incident light both are doubled. Then, what is the effect on stopping potential and saturation current.

Photoelectric Effect||Photoelectric Equation||Stopping Potential||Variation OF Potential with Frequency and Intensity

At the stopping potential

Stopping potential for photo electrons

The stopping potential necessary to reduce the phtoelectric current of zero-

Photo Electric Effect Experiment||Saturation Current||Stoping Potential

The stopping potential as a function of frequency of incident radiation is plotted for two different photoelectric surfaces A and B . The graphs as shown in figure shows that , the work function of A is

Stopping potential for photoelectrons