Home
Class 11
CHEMISTRY
The approximate quantum number of a circ...

The approximate quantum number of a circular orbit of diameter , ` 10.3, nm` of the hydrogen atom according to Bohr`s theory is :

Text Solution

Verified by Experts

The correct Answer is:
14
`r_n=r_1xxn^2 :.n^2=r_n/r_1=(10.3 xx10^9)/(0.529xx10^(-10)):. n=14`
Promotional Banner

Similar Questions

Explore conceptually related problems

The approximate quantum number fo a circular orbit of diamere , 20, nm of the hydrogen atom according to Bohr s theory is :

What is likely to be orbit number for a circular orbit of diameter 20 nm of the hydrogen atom:

What is likely to be principal quantum number for a circular orbit of diameter 20nm of the hydrogen atom if we assume Bohr orbit be the same as that represented by the principal quantum number?

What is likely to be principal quantum number for a circular orbit of diameter 20.6nm of the hydrogen atom. If we assume Bohr orbit to be the same as that represented by the principal quantum number?

The approximate value of quantum number n for the circular orbit of hydrogen of 0.0001 nm in diameter is

According to Bohr's theory of hydrogen atom

What is the angular momentum of 5th orbit according to Bohr's theory ?

The magnitude of energy, the magnitude of linear momentum and orbital radius of an electron in a hydrogen atom corresponding to the quantum number n are E, P and r respectively. Then according to Bohr's theory of hydrogen atom: