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Standard XII
Physics
Magnetic Field
If an electro...
Question
If an electron revolves around a nucleus in a circular orbit of radius R with frequency n then magnetic field produced at the centre of the nucleus will be
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Q.
An electron in an atom revolves around the nucleus in an orbit of radius
0.25
A
. If frequency of revolution of electron is
6.8
×
10
9
M
H
z
then magnetic moment of electron is ____
Q.
An electron revolves in an orbit of hydrogen atom with the speed of
10
5
m
/
s
. The magnetic field produced at the nucleus due to the motion of electron is (Given, radius of orbit
=
0.2
o
A
,
μ
0
=
4
π
×
10
−
7
H
/
m
).
Q.
In hydrogen atom the electron is making
6.6
×
10
15
rev/s around the nucleus of radius
0.50
˚
A
. The magnetic field produced at the centre of the orbit is nearly
Q.
In an hydrogen atom, the electron revolves around the nucleus in an orbit of radius
0.53
×
10
−
10
m
.
Then the electrical potential produced by the nucleus at the position of the electron is
Q.
An electron of charge
e
moves in a circular orbit of radius
r
around a nucleus the magnetic field due to orbit motion of the electron at the site of the nucleus is
B
. The angular velocity
ω
of the electron is:
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