Dual Nature of Radiation and Matter

The rest mass of photon is

Photons are not deflected in electric and magnetic field as they are

When light falls on a metal surface, the maximum kinetic energy of the emitted photoelectrons depends upon

When the kinetic energy of an electron is increased, the wavelength of the associated wave will

The photon of frequency $v$ is incident on a metal surface whose threshold frequency is vo. The kinetic energy of the emitted photoelectrons will be

In photoelectric effect experiment, if the frequency of incident radiation $(v)$ is increased, keeping all other factors constant, the stopping potential, $\left(v > v_{0}\right)\left(v_{0}=\right.$ threshold frequency)

According to Einstein's photoelectric equation, the graph of the kinetic energy of the emitted photoelectrons versus the frequency of incident radiation gives a straight line whose slope

The photoelectric work function for a metal surface is 4.125eV . The cut off wavelength for this surface is

A metal surface ejects electrons when hit by green light but none when hit by yellow light. The electrons will be ejected when the surface is hit by

The maximum number of the photoelectrons, released in a photocell, is independent of

Einstein's photoelectric equation states that $E_{k}=hv-\varphi$. In this equation $E_{k}$ refers to

In photoelectric effect, keeping the frequency of incident radiation and accelerating potential fixed, if the intensity of incident light is increased,

If the frequency of incident radiation $(\nu)$ is increased, keeping other factors constant, the stopping potential ( $\nu > \nu_{0}$, threshold frequency)

If the potential difference used to accelerate electrons is doubled. By what factor does the deBroglie wavelength $(\lambda)$ associated with the electrons change?

In photoelectric effect, the photocurrent