If v is velocity of electron, ε0 is absolute permittivity, m is mass of electron, e is charge on electron and r is the radius of orbit of electron in hydrogen atom, the stability of orbit requires the following equation to be satisfied-A-B-C-D--B-

Question

If v is velocity of electron, &epsilon;0 is absolute permittivity, m is mass of electron, e is charge on electron and r is the radius of orbit of electron in hydrogen atom, the stability of orbit requires the following equation to be satisfied-A-B-C-D--B-

APTITUDE CRACK · Accepted Answer

B   Centrifugal force is equal to and coulomb force is equal to . For stability they must be equal.

Materials and Components

If v is velocity of electron, ε₀ is absolute permittivity, m is mass of electron, e is charge on electron and r is the radius of orbit of electron in hydrogen atom, the stability of orbit requires the following equation to be satisfied

For help Students Orientation
Mcqs Questions

Quick Links

Newsletter

Materials and Components

If v is velocity of electron, ε0 is absolute permittivity, m is mass of electron, e is charge on electron and r is the radius of orbit of electron in hydrogen atom, the stability of orbit requires the following equation to be satisfied

Solution

For help Students Orientation Mcqs Questions

If v is velocity of electron, ε₀ is absolute permittivity, m is mass of electron, e is charge on electron and r is the radius of orbit of electron in hydrogen atom, the stability of orbit requires the following equation to be satisfied

For help Students Orientation
Mcqs Questions