A voltage applied to an `X`-ray tube being increased `eta = 1.5` times, the short-wave limit of an `X`-ray continuous spectrum shifts by `Delta lambda = 26 pm`. Find the initial voltage applied to the tube.

A voltage applied to an X -ray tube being increased eta = 1.5 times, the short-wave limit of an X -ray continuous spectrum shifts by Delta lambda = 26 p m . Find the initial voltage applied to the tube.

The voltage applied to the Coolidge X-ray tube is increased by 25%. As a result the short wave limit of continuous X-ray spectrum shifts by Delta lambda . The initial voltage applied to the tube is

The voltage applied to the Coolidge X-ray tube is increased by 25%. As a result the short wave limit of continuous X-ray spectrum shifts by Delta lambda . The initial voltage applied to the tube is

The voltage applied across an X-rays tube is nearly

In the Coolidge tube experiment, if the applied voltage is increased to three times, the short wavelength limit of continuous X- ray spectrum shift by 20 pm. What is the initial voltage (in kV) applied to the tube?

In the Coolidage tube experiment, if the applied voltage is increased to three times, the short wavelength limit of continuous X- ray spectrum shift by 20 pm. What is the intial voltage (in kV) applied to the tube?