According To The Photoelectric Effect, Electrons Are Ejected From A Metal Surface When It Is Exposed To Light Of.

Which best explains why this occurs? Study with quizlet and memorize flashcards containing terms like when light from one source, x, strikes a metal, electrons are ejected. The number of emitted electrons and their kinetic energy can be measured as a function of the.

The Phenomenon Described In The Question Is Known As The Photoelectric Effect.

Light from source x has a higher intensity than light from source y. The ejection of electrons in the photoelectric effect depends on the energy of photons in light sources. When light from another source, y, strikes the same.

Explanation The Phenomenon Described In The Question Is Known As The Photoelectric Effect.

When light, or more scientifically, photons, hit the surface of a metal, they transfer their energy to the electrons. Light source x has photons with higher energy compared to light. Photons of light from source x carry.

When Light From Another Source, Y, Strikes The Same Metal, Electrons Are Not Ejected.

Light from source does not cause electrons to be ejected, which means the energy of a photon of is less than the work function. The ejection of electrons from a metal surface occurs when photons of light strike the metal. Since is a constant of nature, we can say that has a larger.

If The Energy Of The Incoming Photons Equals Or Exceeds The Work Function, The.

The phenomenon described in the question relates to the photoelectric effect, which occurs when light illuminates a metal surface, causing electrons to be ejected under. The best explanation for why electrons are ejected when light from source x strikes the metal and not when light from source y strikes the same metal is: In the photoelectric effect, light incident on the surface of a metal causes electrons to be ejected.