Relativistic corrections become necessary when the expresion for the kinetic energy `1/2mv^(2)`, becomes comparable with `mc^(2)`, where m is the mass of the particle. At what de-broglie wavelength will relativistic corrections become important for an electron?

Relativistic corrections become necessary when the expression for the kinetic energy 1/2(mv^2) , becomes comparable with mc^2 , where m is the mass of the partaicle. At what de-Broglie wavelength will relativistic corrections become important for an electron?

Relativistic corrections become necessary when the expression for the kinetic energy (1)/(2)mv^(2) , becomes comparable with mc^(2) ,where m is the mass of the particle.At what de-Broglie wavelength will realtivistic corrections become important for an electron?

If the kinetic energy of a particle is doubled, de Broglie wavelength becomes:

If the kinetic energy of a particle is doubled, De-Broglie wavelength becomes :

Both the mass and kinetic energy of two moving particles are in the ratio (1)/(2) . Find the ratio of their de Broglie wavelengths.

The kinetic energy of an electron having de Broglie wavelength 2overset@A is

If kinetic energy of emitted electron is made double then its de-Broglie wavelength will become……times initial de-Broglie wavelength.