The two lines A and B in fig. show the photo electron of de Broglie wavelength `(lamda)` as a function of `(1)/(sqrtV) `(V is the accelerating potential) for two particles having the same charge. Which of the two represents the particle of heavier mass?

The two lines A and B in fig. shoe the phot of de Broglie wavelength (lamda) as a function of (1)/(sqrtV) (V is the accelerating potential) for teo particles having the same charge. Which of the two represents the particle of heavier mass?

Two lines, A and B, in the plot given below show the variation of de-Broglie wavelength, lambda versus 1//sqrt(V) , where V is the accelerating potential difference, for two particles carrying the same charge. Which one of two represents a particle of smaller mass?

Plot a graph showing variation of de-broglie wavelength lambda versus 1//sqrtV , where V is accelerating potential for two particle A and P carrying same charge but of masses m_1 and m_2(m_1gtm_2) . Which one of the two represents a particle of smaller mass and why?

de Broglie wavelengths of two particles A and B are plotted against (1/sqrtV) , where V is the potential on the particles. Which of the following relation is correct about the mass of the particles ?

The de Broglie wavelength lamda of an electron accelerated through a potential V in volts is

Draw a graph showing the variation of de Broglie wavelength of a particle of charge q and mass m with accelerating potential. Proton and deuteron have the same de Broglie wavelengths. Explain which has more kinetic energy.