In an experiment on the photoelectric effect, a certain frequency of light produces emissions from a metal. Which observation is also possible in this experiment?
Lower frequency light causes more electron emissions.
Lower frequency light causes no electron emissions.
Higher frequency light has no effect on electron emissions.
Higher frequency light causes no electron emissions.

Question

In an experiment on the photoelectric effect, a certain frequency of light produces emissions from a metal. Which observation is also possible in this experiment?
Lower frequency light causes more electron emissions.
Lower frequency light causes no electron emissions.
Higher frequency light has no effect on electron emissions.
Higher frequency light causes no electron emissions.

anonymous · Answer

@kewlgeek555

anonymous · Answer

@inkyvoyd

kewlgeek555 · Answer

"Higher frequency wavelengths will elevate electrons in the atom to higher energy levels. "

That's all I know...sorry. (>v<)

wolfe8 · Answer

I don't think frequency affects the number of electrons ejected. Only the kinetic energy.