The equation … can be used to find the de-Brogli wavelength of an electron. In this equation … stands for : Where … mass of electron … momentum of electron … Kinetic energy of electron … Accelerating potential in volts for electron

Option D. The de Broglie wavelength of a particle can be expressed as:

Dual Nature of Radiation

JEE Main 2022 · 28 Jul, Morning shift · Q6576

PhysicsMedium145×since 2002Q6576

The equation

\lambda=\frac{1.227}{x} \mathrm{~nm}

can be used to find the de-Brogli wavelength of an electron. In this equation

x

stands for : Where

\mathrm{m}=

mass of electron

\mathrm{P}=

momentum of electron

\mathrm{K}=

Kinetic energy of electron

\mathrm{V}=

Accelerating potential in volts for electron