`If `E_(1),E_(2)` and `E_(3)` represent respectively , the kinetic energies of an elctron an alpha particle and a proton each having same de Broglie wavelength , then

If E_(1) , E_(2) "and" E_(3) represent respectively the kinetic energies of an electron , an alpha particle and a proton each having same de Broglie wavelength then :

If E_(1) , E_(2) " and " E_(3) represent respectively the kinetic energies of an electron , an alpha particle and a proton each having same de Broglie wavelength then :

If E_(1) , E_(2) "and" E_(3) represent respectively the kinetic energies of an electron , an alpha particle and a proton each having same de Broglie wavelength then :

If E_1, E_2 and E_3 represent respectively the kinetic energies of an electron, an alpha - particle and a proton each having same de-Broglie wavelength, then

If E_1, E_2 and E_3 represent respectively the kinetic energies of an electron, an alpha - particle and a proton each having same de-Broglie wavelength, then

If E_1, E_2 and E_3 represent respectively the kinetic energies of an electron, an alpha particle and a proton respectively each having same deBroblie wavelength then which is incorrect relation?

If E_e , E_(alpha) and E_p represent the kinetic energies of an electron alpha particle and a proton respectively , each moving with same de-Broglie wavelength then