An electron of mass m e and a proton of mass m p = 1836   m e are moving with the same speed. The ratio of their de Broglie wavelength λ e l e c t r o n λ p r o t o n   will be :

Question

An electron of mass m e and a proton of mass m p = 1836 &#160; m e are moving with the same speed. The ratio of their de Broglie wavelength &#955; e l e c t r o n &#955; p r o t o n &#160; will be :

Aicharya · Accepted Answer

Given mass of electron = m e Mass of proton = m p &#8756; given m p = 1836 &#160; m e From de-Broglie wavelength &#955; = h p = h mv &#955; e &#955; p = m p m e = 1836 &#160; m e m e &#955; e &#955; p = 1836

An electron of mass m e and a proton of mass m p = 1836   m e are moving with the same speed. The ratio…

Solution

An electron of mass m e and a proton of mass m p = 1836 &#160; m e are moving with the same speed. The ratio…

Solution

An electron of mass m e and a proton of mass m p = 1836 m e are moving with the same speed. The ratio…