Using high kVp technique has what effect on the heat load in the x-ray tube?

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Multiple Choice

Using high kVp technique has what effect on the heat load in the x-ray tube?

Explanation:
Raising kVp increases the energy of the electrons and makes X-ray production more efficient, so a larger portion of the electrical energy delivered to the tube is emitted as X-rays rather than remaining as heat in the anode. When technique is adjusted to maintain the same image receptor exposure (typically using higher kVp with lower mA or shorter exposure time), the total energy deposited as heat in the target is reduced. So, in practical terms, using a higher kVp technique tends to decrease the heat load on the x-ray tube.

Raising kVp increases the energy of the electrons and makes X-ray production more efficient, so a larger portion of the electrical energy delivered to the tube is emitted as X-rays rather than remaining as heat in the anode. When technique is adjusted to maintain the same image receptor exposure (typically using higher kVp with lower mA or shorter exposure time), the total energy deposited as heat in the target is reduced. So, in practical terms, using a higher kVp technique tends to decrease the heat load on the x-ray tube.

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