a. λ=hc/E, where λ=wavelength of X-ray produced, h=planks constant, E=energy (eV) e is electron charge, c=velocity of light.
b. (1) shorter wavelength, (2) intensity increases.
a. An electron is accelerated towards a copper target anode with an accelerating voltage. It is stopped in a single impact. Write down an equation for calculating the minimum wavelength of the X-ray in terms of the accelerating voltage. Define all the terms in your equation. b. The magnitude of the accelerating voltage used in a. is increased. What happens to the (1) minimum wavelength of the X-ray radiation? (2) Intensity of the X-ray radiation?
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Academic.Tips. (2021) 'a. An electron is accelerated towards a copper target anode with an accelerating voltage. It is stopped in a single impact. Write down an equation for calculating the minimum wavelength of the X-ray in terms of the accelerating voltage. Define all the terms in your equation. b. The magnitude of the accelerating voltage used in a. is increased. What happens to the (1) minimum wavelength of the X-ray radiation? (2) Intensity of the X-ray radiation'. 2 July.
Reference
Academic.Tips. (2021, July 2). a. An electron is accelerated towards a copper target anode with an accelerating voltage. It is stopped in a single impact. Write down an equation for calculating the minimum wavelength of the X-ray in terms of the accelerating voltage. Define all the terms in your equation. b. The magnitude of the accelerating voltage used in a. is increased. What happens to the (1) minimum wavelength of the X-ray radiation? (2) Intensity of the X-ray radiation? https://academic.tips/question/a-an-electron-is-accelerated-towards-a-copper-target-anode-with-an-accelerating-voltage-it-is-stopped-in-a-single-impact-write-down-an-equation-for-calculating-the-minimum-wavelength-of-the-x-ray-i/
References
Academic.Tips. 2021. "a. An electron is accelerated towards a copper target anode with an accelerating voltage. It is stopped in a single impact. Write down an equation for calculating the minimum wavelength of the X-ray in terms of the accelerating voltage. Define all the terms in your equation. b. The magnitude of the accelerating voltage used in a. is increased. What happens to the (1) minimum wavelength of the X-ray radiation? (2) Intensity of the X-ray radiation?" July 2, 2021. https://academic.tips/question/a-an-electron-is-accelerated-towards-a-copper-target-anode-with-an-accelerating-voltage-it-is-stopped-in-a-single-impact-write-down-an-equation-for-calculating-the-minimum-wavelength-of-the-x-ray-i/.
1. Academic.Tips. "a. An electron is accelerated towards a copper target anode with an accelerating voltage. It is stopped in a single impact. Write down an equation for calculating the minimum wavelength of the X-ray in terms of the accelerating voltage. Define all the terms in your equation. b. The magnitude of the accelerating voltage used in a. is increased. What happens to the (1) minimum wavelength of the X-ray radiation? (2) Intensity of the X-ray radiation?" July 2, 2021. https://academic.tips/question/a-an-electron-is-accelerated-towards-a-copper-target-anode-with-an-accelerating-voltage-it-is-stopped-in-a-single-impact-write-down-an-equation-for-calculating-the-minimum-wavelength-of-the-x-ray-i/.
Bibliography
Academic.Tips. "a. An electron is accelerated towards a copper target anode with an accelerating voltage. It is stopped in a single impact. Write down an equation for calculating the minimum wavelength of the X-ray in terms of the accelerating voltage. Define all the terms in your equation. b. The magnitude of the accelerating voltage used in a. is increased. What happens to the (1) minimum wavelength of the X-ray radiation? (2) Intensity of the X-ray radiation?" July 2, 2021. https://academic.tips/question/a-an-electron-is-accelerated-towards-a-copper-target-anode-with-an-accelerating-voltage-it-is-stopped-in-a-single-impact-write-down-an-equation-for-calculating-the-minimum-wavelength-of-the-x-ray-i/.
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"a. An electron is accelerated towards a copper target anode with an accelerating voltage. It is stopped in a single impact. Write down an equation for calculating the minimum wavelength of the X-ray in terms of the accelerating voltage. Define all the terms in your equation. b. The magnitude of the accelerating voltage used in a. is increased. What happens to the (1) minimum wavelength of the X-ray radiation? (2) Intensity of the X-ray radiation?" Academic.Tips, 2 July 2021, academic.tips/question/a-an-electron-is-accelerated-towards-a-copper-target-anode-with-an-accelerating-voltage-it-is-stopped-in-a-single-impact-write-down-an-equation-for-calculating-the-minimum-wavelength-of-the-x-ray-i/.