In the Bohr model of the `H_2` atom, linear velocity is `2.190xx10^16 frac(m)(sec)`. when it is in the 1st orbit of radius `0.528 A^@`. Calculate the orbital magnetic moment.

In the Bohr model of the H2 atom, linear velocity is 2.190xx10^16 frac(m)(sec) . when it is in the 1st orbit of radius 0.528 A^@ . Calculate the equivalent current.

The electron in a hydrogen atom is moving with a speed of 2*3xx10^6ms^-1 in an orbit of radius 0*53oversetoA . Calculate the magnetic moment of revolving electron.

In a hydrogen atom the electron revolves round the nucleus 6.8 xx 10^15 times per second in an orbit of radius 0.53 overset (@)(A) .Determine its equivalent magnetic moment.(e = 1.6 xx 10^-19 C )

A circular loop has radius 10 cm and it is carrying a current of 0.1A. Calculate magnetic dipole moment.

In accordance with the Bohr's model, find the quantum number that characterises the earth's revolution around the sun in an orbit of radius 1.5xx10^11m with orbital speed 3xx10^4ms^-1 .

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?

The radius of the first orbit of hydrogen atom is 0.52 xx 10^-8 cm . The radius of the first orbit of He^+ ion is

The electron in a hydrogen atom circles around the positive nucleus with a speed of 2.18 xx 10^6 m//s in an orbit of radius 5.3 x 10^-11 m . Calculate the:- equivalent current

The electron in a hydrogen atom circles around the positive nucleus with a speed of 2.18 xx 10^6 m//s in an orbit of radius 5.3 x 10^-11 m . Calculate the:- Magnetic field produced at the proton. Given e = 1.6 xx 10^-19 c , mu_0 = 471 xx 10^-7 Wb//Am

The maximum speed of a particle performing linear S.H.M is 0.08 frac(cm)(s) . If its maximum acceleration is 0.32frac(m)(s^2) . Calculate the period and amplitude.