56À (x10-² nm)78910Relative intensityMo9912vith→ To 15.2→ To 37.2 The attached figure shows an x-ray spectrum from molybdenum (Z=42). Use Moseley's law as given in the lecture,1/AK = R(Z-1)²(1/1² - 1/n²), to find the K and Kg theoretical x-ray wavelengths for molybdenum and compare the results withthose shown in the figure. Explain why the L-series x-rays don't show up in that graph.

Answered: Image /qna-images/answer/e280fb47-392b-40ba-8051-ca557837b6fa.jpgHence we found the required result.

The attached figure shows an x-ray spectrum from molybdenum (Z-42). Use Moseley's law as given in the lecture, 1/AK R(Z-1)2(1/1²-1/n²), to find the Ko and Kg theoretical x-ray wavelengths for molybdenum and compare the results with those shown in the figure. Explain why the L-series x-rays don't show up in that graph.

The attached figure shows an x-ray spectrum from molybdenum (Z-42). Use Moseley's law as given in the lecture, 1/AK R(Z-1)2(1/1²-1/n²), to find the Ko and Kg theoretical x-ray wavelengths for molybdenum and compare the results with those shown in the figure. Explain why the L-series x-rays don't show up in that graph.