In an X- ray tube , electrons accelerated through a potential difference of `15000` volts strike a copper target . The speed of the emitted X - ray inside the tube is …….. `m//s`

In an X- ray tube , electrons accelerated through a potential different of 15000 volts strike a copper target . The speed of the emitted X - ray inside the tube is …….. m//s

In a X - ray tube , electrons accelerated through a very high potential difference strike a metal target . If the potential difference is increased , the speed of the emitted X - rays :

An electron beam in an X-ray tube is acclerated through a potential difference of 50000 volts. These are then made to fall on a tungsten target The shortest wavelength of the X-ray emitted by the tube is

The minimum wavelength of X - rays produced by electrons accelerated by a potential difference of volts is equal to

In an X ray tube , the accelerating voltage for the electrons is increased from 15000 V to 30000 V. then the speed of the emitted X rays inside the tube will be

A cathod rays particle is accelerated from rest through a potential difference of V volt. The speed of the particle is

The minimum wavelength of the X - rays produced by electrons accelerated through a potential difference of V "volts" is directly proportional to

A cathod ray tube has a potential different of V between the cathod and anode . The speed of the cahtod rays is given by