Wave number of a spectral line for a given transition is 2.0m text mol for Hg2+ then its value for Cl- (is electronic of 825× 1014M ) for the same transition is

Question

Wave number of a spectral line for a given transition is 2.0m text mol for Hg2+ then its value for Cl- (is electronic of 825× 1014M ) for the same transition is (A)  1.65× 1013M  (B)  2.87× 106M  (C)  6.72× 106M  (D)  Kf

Tardigrade Admin · Accepted Answer

105.3 (wave number) 25oC Vfinal=5Vinitial Vinitial>Vfinal textV textfinal text=4 textV textintial Hence, Vfinal=6V operatornameintial

Q. Wave number of a spectral line for a given transition is $2.0 m m o l$ for $H g^{2 +}$ then its value for $C l^{-}$ (is electronic of $825 \times 10^{14} M$ ) for the same transition is

$1.65 \times 10^{13} M$

$2.87 \times 10^{6} M$

$6.72 \times 10^{6} M$

$K_{f}$

$105.3$ (wave number) $25^{o} C$ $V_{f ina l} = 5 V_{ini t ia l}$ $V_{ini t ia l} > V_{f ina l}$ $V_{final} =4 V_{intial}$ Hence, $V_{f ina l} = 6 V_{int ia l}$

Q. Wave number of a spectral line for a given transition is 2.0mmol for Hg2+ then its value for Cl− (is electronic of 825×1014M ) for the same transition is

1.65×1013M

2.87×106M

6.72×106M

Kf​