Moseley-s law for line x-rays is given by- v - a z - b Here-A- a is independent of target material while b is notB- b is independent of target material while a is notC- both a and b are independent of target materialD- both a and b are dependent on target material

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Standard XII

Physics

TIR

Moseley's law...

Question

Moseley’s law for line x-rays is given by:
$\sqrt{v} = a (z - b)$ Here:

a is independent of target material while b is not

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b is independent of target material while a is not

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both a and b are independent of target material

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both a and b are dependent on target material

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Solution

The correct option is C both a and b are independent of target material
‘a’ and ‘b’ do not depend on material of target.

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Similar questions

Q. In Moseley's law

\sqrt{v} = a (z - b)

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Q. Moseley's Law for characteristic X-ray is √v = a(Z − b). Here,
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(b) a is independent but b depends on the material
(c) b is independent but a depends on the material
(d) both a and b depend on the material

Q. Probability of

A

to hit a target is

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Q. Cutoff wavelength of X-rays coming from a Coolidge tube depends on the
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X -

rays coming from two different Coolidge tubes

A

and

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. The dark curve represents the relation for the tube

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in which potential difference between the target and the filament is

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Moseley’s law for line x-rays is given by: √v=a(z−b) Here:

The correct option is C both a and b are independent of target material‘a’ and ‘b’ do not depend on material of target.

Moseley’s law for line x-rays is given by:
$\sqrt{v} = a (z - b)$ Here:

The correct option is C both a and b are independent of target material
‘a’ and ‘b’ do not depend on material of target.