An X-ray tube operates a potential difference of 24824 V- The minimum wavelength of X-rays emitted by this tube is -nearly-24-8 A-o-0-5 A-o-1 A-o-2 A-o-

Question

Toppr Admin · Accepted Answer

Energy-xA0-p-d-xD7-e-xA0-24824-xD7-e-xA0-24824-xA0-eV

An X-ray tube operates at a potential difference of 24824 V. The minimum wavelength of X-rays emitted by this tube is (nearly)
24.8 $A^{o}$
0.5 $A^{o}$
1 $A^{o}$
2 $A^{o}$

$E n e r g y = p . d \times e$
$= 24824 \times e$
$= 24824 e V$

An X-ray tube operates at a potential difference of 24824 V. The minimum wavelength of X-rays emitted by this tube is (nearly)24.8 Ao0.5 Ao1 Ao2 Ao

Energy =p.d×e= 24824×e= 24824 eV

An X-ray tube operates at a potential difference of 24824 V. The minimum wavelength of X-rays emitted by this tube is (nearly)
24.8 $A^{o}$
0.5 $A^{o}$
1 $A^{o}$
2 $A^{o}$

$E n e r g y = p . d \times e$
$= 24824 \times e$
$= 24824 e V$