A student performs an experiment on photoelectric effect using two materials A and B. A plot of stopping potential `(V_(0))` vs freqency (v) is as shown in the figure.

The value of obtained from the experiment for both A and B respectively is
(Given electric charge of an electron `=1.6xx10^(-19)C)`

A student performs an experiment on photoelectric effect using two materials A and B. A plot of stopping potential (V_(0)) vs freqency (v) is as shown in the figure. The value of h obtained from the experiment for both A and B respectively is (Given electric charge of an electron =1.6xx10^(-19)C)

A student performs an experiment on photoelectric effect, using two materials A and B. A plot of V_(stop) vs. nu is given in fig. (i) Which material A or B has a higher work function? (ii) Given the electric charge of an electron =1.6xx10^(-19)C , find the value of h obtained from the experiment for both A and B. Comment on whether it is consistant with Eistein's theory.

A student performs an experiment on photoelectric effect, using two materials A and B. A plot of V_(stop) vs nu is given in fig. (i) Which material A or B has a higher work function? (ii) Given the electric charge of an electron =1.6xx10^(-19)C , find the value of h obtained from the experiment for both A and B. Comment on whether it is consistent with Einstein's theory.

A student performs an experiment on photoelectric effect,using two materials A and B.A plot V_("stop")vs v is given in figure. (i)Which material A or B has a higher work function? (ii)Given the electric charge of an electron =1.6xx10^(-19) C,find the value of the h obtained from the experiment for both A and B.Comment on whether it is consistent with Einstein's theory:

In a photoelectric effect experiment, the graph of stopping potential V versus reciprocal of wavelength obtained is shown in the figure. As the intensity of incident radiation is increased :

In a photoelectric effect experiment, the graph of stopping potential V versus reciprocal of wavelength obtained is shown in the figure. As the intensity of incident radiation is increased :

In an experiment on photoelectric effect the frequency f of the incident light is plotted against the stopping potential V_(0) . The work function of the metal is given by ( e is the electronic charge)

In a photoelectric experiment, the graph of frequency v of incident light (in Hz) and stopping potential V (in V) is as shown in the figure. Planck's constant is (e is the elementary charge)

In a photoelectric experiment, the graph of frequency v of incident light (in Hz) and stopping potential V (in V) is as shown in the figure. Planck's constant is (e is the elementary charge)

In an experiment on photoelectric effect the frequency f of the incident light is plotted against the stopping potential V_(0) . The work function of the photoelectric surface is given by ( e is the electronic charge)