Home
Class 12
PHYSICS
In the Bohr model of the hydrogen atom, ...

In the Bohr model of the hydrogen atom, the electron circuulates around the nucleus in a path of radius `5xx10^-11m` at a frequency of `6.8xx10^15Hz`.
a. What value of magnetic field is set up at the centre of the orbit?
b. What is the equivalent magnetic dipole moment?

Promotional Banner

Similar Questions

Explore conceptually related problems

In Bohr model of hydrogen atom , the electron circulates around the nucelus in a path of raidus 5.1 xx 10^-11 m at a frequency of 6.8 xx 10^15Hz . What is the value of magnetic field set up at the centre of the orbit?

In a Bohr model of hydrogen atom, the electron circulates around the nucleus in the path of radius 5.1 xx 10^-11m at a frequency of 6.8 xx 10^15 rev//s . Calculate the magnetic Induction B at the centre of the orbit. What is the equivalent dipole moment ?

An electron circulates round the nucleus in a path of radius (5.1 x 10^-11) m at a frequency of (6.8 x 10^15) Hz. Calculate the magnetic field at the centre of the path.

In Bohr's model of hydrogen atom, the electron circulats around nucleus on a path of radius 0.53A^@ at a frequency of 6.8 xx 10^15 rev//sec . Calculate magnetic field induction at the centre of the nucleus. What is the effective magnetic dipole moment?

In Bohr's model if hydrogen atom, the electron circulates around nucleus in a path of radius 0.5overset@A at a frequency of 6.8 xx 10^15 rev//s . The magnetic field at the centre will be

In Bohr model of hydrogen atom , the electron revolves around the nucleus in a circular orbit of radius 5.1 xx 10^(-11)m at a frequency of 6.8 xx 10^(15) revolutions per second. Find the equivalent current at may point on the orbit of the electron

In a hydrogen atom, the electron revolves round the nucleus in a circular orbit of radius 0.5 Å at a frequency of 5xx10^(15) rev/second. What is the effective magnetic dipole moment?

In Bohr's model of hydrogen atom, the electron moves around the nucleus in a circular orbit of radius 5xx10^-11 m. Its time period is 1.5 xx 10^-16 s. The current associated with the electron motion is