In the graph between - v and Z for the Mosley-s equation - v - aZ-b - the intercept OX is -1 on - v axisWhat if the frequency when atomic number Z is 51-

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Standard X

Chemistry

Bohr's Model of Atom

In the graph ...

Question

In the graph between $\sqrt{v}$ and Z for the Mosley's equation $\sqrt{v} = a (Z - b)$ , the intercept OX is $- 1$ on $\sqrt{v}$ axis
What if the frequency when atomic number (Z) is $51$ ?

50 s^{- 1}

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100 s^{- 1}

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2500 s^{- 1}

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Solution

The correct option is C $2500 s^{- 1}$

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In the graph between √v and Z for the Mosley's equation √v=a(Z−b) , the intercept OX is −1 on √v axisWhat if the frequency when atomic number (Z) is 51?

The correct option is C 2500s−1

In the graph between $\sqrt{v}$ and Z for the Mosley's equation $\sqrt{v} = a (Z - b)$ , the intercept OX is $- 1$ on $\sqrt{v}$ axis
What if the frequency when atomic number (Z) is $51$ ?

The correct option is C $2500 s^{- 1}$