de-Broglie proposed the dual nature of electron and put forward his wave concept.The wave length of electron in an orbit was given by lambda =h/(mv) The de-Broglie.s wavelength (lambda) of the electron subjected to an accelerating potential of V volts is given by

de-Broglie proposed the dual nature of electron and put forward his wa

1.	de-Broglie proposed the dual nature of electron and put forward his wave concept.The wave length of electron in an orbit was given by lambda =h/(mv) The de-Broglie.s wavelength (lambda) of the electron subjected to an accelerating potential of V volts is given by
Answer» `(CH)/(sqrt(2mv))` `(h)/(sqrt(2mev))` `(h)/(sqrt(2me))XX v` `(MH)/(sqrt(2eV))` SOLUTION :`lambda = h/m sqrt((m)/(2eV)) = (h)/(sqrt(2meV))`