If threshold wavelength `(lambda_(0))` for ejection of electron from metal is 330 nm, then work function for the photoelectron emission is

If the threshold wavelength (lambda_(0)) for ejection of electron from metal is 330 nm, then work function for the photoelectric emission is:

If the threshold wavelength (lambda_(0)) for ejection of electron from metal is 330 nm, then work function for the photoelectric emission is:

If the threshold wavelength (lambda_(0)) for ejection of electron from metal is 350 nm then work function for the photoelectric emission is

If the threshold wavelength (lambda_(0)) for spection of electron from metal is 350nm then work function for the photoelectric emission is

The threshold wavelength for ejection of electrons from a metal is 330 nm. The work function for the photoelectric emission from the metal is

The threshold wavelength for ejection of electrons from a metal is 430 nm. The work function for the photoelectric emission from the metal is

The threshold wavelength for ejection of electrons from a metal is 250 nm. The work function for the photoelectric emission from the metal is

The threshold wavelength for ejection of electrons from a metal is 230 nm. The work function for the photoelectric emission from the metal is

The threshold wavelength for ejection of electrons from a metal is 350 nm. The work function for the photoelectric emission from the metal is