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Standard XII
Chemistry
Stability of Fully Filled and Half Filled Orbitals
the e in an h...
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the e in an hydrogen atom males an trasition from k shell to m shell the ratio of angular velocity in initial and final stage i
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Q.
The electron in a hydrogen atom makes transition from M shell to L shell. The ratio of magnitudes of initial to final centripetal acceleration of the electron is
Q.
The electron in a hydrogen atom makes transition from M shell to L. The ratio of magnitudes of initial to final centripetal acceleration of the electron is
Q.
Determine the wavelength emitted for an electronic transition from M shell
(
n
=
3
)
to K shell
(
n
=
1
)
in a hydrogen atom.
(
R
=
109
,
677
c
m
−
1
)
Q.
The difference in angular momentums associated with an electronic transition in hydrogen atom is equal to
3
h
/
2
π
. The atom contains only K, L, M and N shells. Calculate the energies and radii associated with the orbits.
Q.
In an inelastic collision an electron excites a hydrogen atom from its ground state to a M-shell state. A second electron collides instantaneously with the excited hydrogen atom in the M-shell state and ionizes it. At least how much energy the second electron transfers to the atom in the M-shell state?
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Stability of Fully Filled and Half Filled Orbitals
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