Imagine that you are Robert Milliken, a physicist living in the early 1900s when Einstein first proposed the photon theory of light. Based on the wave theory of light, select the hypotheses from the list below that describe how the photoelectric effect experiment should turn out.If the light has enough intensity electrons will be ejected.If the intensity is larger, electrons will have more kinetic energy.Electrons will be emitted for low intensity light if we wait long enough.The light must have a minimum frequency for electrons to be ejected.If light has higher frequency the electrons will have more kinetic energy.Below the threshold frequency, no matter how long you wait, no electrons willbe emitted.After Milliken completed the experiment, did his findings support wave theory? Which hypotheses were supported? Justify your answer.If the light has enough intensity electrons will be ejected.If the intensity is larger, electrons will have more kinetic energy.Electrons will be emitted for low intensity light if we wait long enough.The light must have a minimum frequency for electrons to be ejected.If light has higher frequency the electrons will have more kinetic energy.Below the threshold frequency, no matter how long you wait, no electrons willbe emitted.