If the distance between anode and cathode is doubled and the target potential is reduced to half. Then the energy of continuous x-rays becomes
Correct answer: B. half
- A. double
- B. half
- C. remain same
- D. four times
Explanation
B is the right option because The energy of continuous X-rays is directly proportional to the voltage applied across the X-ray tube (target potential). If the target potential is reduced to half, the energy of continuous X-rays will also be reduced to half. The distance between the anode and cathode does not directly affect the energy of continuous X-rays.
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