An `alpha`-particle when accelerated through a potential of V volt has a wavelength `lambda` associated with it, but if a proton in order to have same wavelength `lambda` by what potential difference it must be accelerated?

A proton when accelerated through a potential difference of V volt has a wavelength lamda associated with it. An alpha-particle in order to have the same lamda must be accelerated through a potential difference of

A proton when accelerated through a potential difference of V volt has a wavelength lamda associated with it. An alpha-particle in order to have the same lamda must be accelerated through a potential difference of

A proton when accelerated through a potential difference of V volt has a wavelength lamda associated with it. An alpha-particle in order to have the same lamda must be accelerated through a potential difference of

The proton when accelerated through a potential difference of V volt has a wavelength lamda associated with it. If an alpha -particle is to have the same wavelength lamda , it must be accelerated through a potential difference of

A proton when accelerated through a potential difference of V, has a De-Broglie wavelength lambda associated with it.if an alpha -particle is to have the same De-Broglie wavelength lambda, it must be accelerated through a potential difference of

A proton when accelerated through a p.d of V volt has wavelength lambda associated with it. An electron to have the same lambda must be accelerated through a p.d of

A proton, when accelerated through a potential differnece of V = 29.6 V, has a wavelength lambda associated with it. An alpha- particle, in order to have the same lambda , must be accelerated through a potential difference of how many volts?

A proton, when accelerated through a potential differnece of V = 29.6 V, has a wavelength lambda associated with it. An alpha- particle, in order to have the same lambda , must be accelerated through a potential difference of how many volts?

An alpha-"particle" is accelerated through a potential difference of V volts from rest. The de-Broglie's wavelengths associated with it is.