An X-Ray tube operates at $10^{5}$ V. The maximum energy of X-Ray photons emitted from this tube will be

10^{5} V

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100 KV

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100 KeV

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200 KeV

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Solution

The correct option is C 100 KeV
$E n e r g y = p . d . \times e$
$= 10^{5} \times e$
$= 10^{5} e V$
$= 100 \times 10^{3} e V$
$= 100 K e V$ .
So, the answer is option (C).

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An X-Ray tube operates at 105 V. The maximum energy of X-Ray photons emitted from this tube will be

The correct option is C 100 KeVEnergy=p.d.×e=105×e=105eV=100×103eV=100KeV.So, the answer is option (C).

An X-Ray tube operates at $10^{5}$ V. The maximum energy of X-Ray photons emitted from this tube will be

The correct option is C 100 KeV
$E n e r g y = p . d . \times e$
$= 10^{5} \times e$
$= 10^{5} e V$
$= 100 \times 10^{3} e V$
$= 100 K e V$ .
So, the answer is option (C).