What will be the relation between wavelength of photon and electron of same energy?

Question

What will be the relation between wavelength of photon and electron of same energy? (A)  textPh text texte  (B)  textPh- texte  (C)  e> Ph  (D) None of these

Tardigrade Admin · Accepted Answer

Wavelength of photon will be greater than that of electron, because mass of photon is less than that of electron. λ ph>λ e

Q. What will be the relation between wavelength of photon and electron of same energy?

$_{Ph}_{e}$

$_{Ph} -_{e}$

$_{e} >_{P h}$

None of these

Wavelength of photon will be greater than that of electron, because mass of photon is less than that of electron. $λ_{p h} > λ_{e}$

Q. What will be the relation between wavelength of photon and electron of same energy?

Ph​e​

Ph​−e​

e​>Ph​

None of these

Wavelength of photon will be greater than that of electron, because mass of photon is less than that of electron. λph​>λe​

$_{Ph}_{e}$

$_{Ph} -_{e}$

$_{e} >_{P h}$

Wavelength of photon will be greater than that of electron, because mass of photon is less than that of electron. $λ_{p h} > λ_{e}$