Home
Class 12
PHYSICS
In an H-atom electrons take t(1) time to...

In an H-atom electrons take `t_(1)` time to complete one revolution of orbit of radius R and `t_(2)` for orbit of radius of 4R .Then `t_(1)/t_(2)` is [R `rarr` radius of `1^( st )` orbit]

Promotional Banner

Similar Questions

Explore conceptually related problems

Time taken by an electrons to complete one revolution in the Bohr orbit of the H atom is

The total energy (E) of the electron is an orbit of radius r in hydrogen atom is

The orbit having Bohr radius equal to 1st Bohr orbit of H-atom is :

If T be the period of revolution of a plant revolving around sun in an orbit of mean radius R , then identify the incorrect graph.

In an atom the ratio of radius of orbit of electron to the radius of nucleus is

The period of revolution of a satellite in an orbit of radius 2R is T. What will be its period of revolution in an orbit of radius 8R ?

If r is radius of first orbit , the radius of nth orbit of the H atom will be

If r is the radius of first orbit, the radius of nth orbit of the H atom will be:

If r is radius of first orbit , the radius of nth orbit of the H atom will be

In Bohr.s model of hydrogen atom, radius of the first orbit of an electron is r_(0) . Then, radius of the third orbit is: