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Pauli Exclusion Principle

A 10eV electr...

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A 10eV electron is circulating in a plane at right angles to a uniform field of magnetic induction 1/10000 Wb/m2 , the orbital radius of electron is

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10 e V

electron is circulating in a plane at right angles to a uniform field at a magnetic induction

10^{- 4} W b / m^{2} (= 1.0 g a u s s)

. The orbital radius of the electron is

Q. An electron having energy

10 eV

is circulating in a plane at right angle to a uniform field of magnetic induction

10^{- 4} {Wb/m}^{2} (= 1.0 gauss)

, the orbital radius of electron is

Q. An electron having energy

10 e V

is circulating in a path of radius

0.1 m

having a magnetic field of

10^{- 4} T

. The speed of the electron will be :

Q. An electron is projected with a velocity

3 \times 10^{10} m s^{- 1}

at right angle to a uniform magnetic field of induction

0.2 T

. The radius of the orbit that the electron revolves is
(Charge of

e = 1.6 \times 10^{- 19} C

m_{e} = 9.1 \times 10^{- 31} k g

Q. An electron in the ground state of hydrogen atom in revolving in anticlockwise direction in a circular orbit of radius R (see fig).
The atom is placed in a uniform magnetic induction

\to B

such that the normal to the plane of electron's orbit makes an angle of

30^{o}

with the magnetic induction. If the torque experienced by the orbiting electron is

τ = \frac{e h B}{X π m}

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