If in Bohr-s model- for unielectronic atoms- the following symbols are used- rn-z- Radius of nth orbit with atomic number Z- Un-z- Potential energy of e- Kn-z- Kinetic energy of e- Vn-z- Velocity of e- Tn-z- Time period of revolution-Match List-I with List-II-

#160; v ∝Zn #160; r ∝n^2Z #160; P.E ∝ Z^2n^2 #160; K.E ∝Z^2n^2 ...

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Emission and Absorption Spectra

If in Bohr's ...

Question

If in Bohr's model, for unielectronic atoms, the following symbols are used,
$r_{n, z} \to$ Radius of $n^{t h}$ orbit with atomic number $Z$ ;
$U_{n, z} \to$ Potential energy of $e^{-}$ ;
$K_{n, z} \to$ Kinetic energy of $e^{-}$ ;
$V_{n, z} \to$ Velocity of $e^{-}$ ;
$T_{n, z} \to$ Time period of revolution.
Match List-I with List-II.

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K_{n, z} \to

n^{t h}

r_{n, z} \to

n^{t h}

\to

\to

⟹ r n, x \to

v_{n, z} \to

T_{n, z} \to

⟹ K_{n, z} \to

E_{n} =

K_{n} =

V_{n} =

r^{n} =

T_{n, z}

Z

T_{1, 2} : T_{2, 1}

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