Passage VI
Light causes some metals to eject electrons. The energy of those electrons, in joules (J), depends on the light frequency and the kind of metal. Figure 1 shows how the maximum energy of ejected electrons varies with frequency, in hertz (Hz), for 5 metals. Figure 2 shows how the number of electrons emitted by a metal varies with the intensity of light at a constant frequency. Figure 3 shows the maximum energy an ejected electron can have for a given intensity of light at a constant frequency.
32. Is the statement "The maximum energy of electrons increases with intensity" supported by the data in Figure 3 ?
Your Answer is
Correct Answer is H
Explanation
Through figure 3, it is found that regardless of the intensity of light, the energy carried by photoelectrons is the same, so the statement in the title is wrong.