Classical electromagnetism predicted that V0V0V_0 should have increased as the intensity of the incident light increased. On the contrary, it was found that V0V0V_0 increased as the frequency fff of the light increased. The voltage V0V0V_0 was found to obey the following linear relationship:V0=mf−bV0=mf−b, where mmm and bbb are numerical constants (representing the slope and the intercept, respectively). By comparing this equation to your answer from Part B, find an expression for the intercept bbb. (Notice that mfmf in this equation changes with different light but bbb is a constant of the metal.) Express your answer in terms of E0E0 and eee.