In the X-ray spectrum of the element with Z = 32, a K? peak is observed at a wavelength of 12.34 × 10-11 m. (a) Determine the difference between the observed wavelength of the K? X-ray for this element and that predicted by the Bohr model. (b) Express this difference (the absolute value) as a percentage of the observed wavelength.
Please help! i've tried everything and i cannot get the answer :(. Thank you in advance
In the X-ray spectrum of the element with Z = 32, a K? peak is observed...
Interactive Learning Ware 30.2 reviews the concepts that are pertinent to this problem. By using the Bohr model, decide which element is likely to emit a Ka X-ray with a wavelength of 1.9 x 10-9 m. Give its atomic number as your answer. --- K shell L shell Bohr-model picture of innermost shells of target atom
Question #7 し/b. Explain the ten ns, sum peak, nn spectrum experiments? How many X-ray peaks you expect from a sample of a titanium metal (22). Draw the EDX spectrum picture showing all the peaks . Whot is the difference between WDXS and EDXS in the qualitative analysis of X-rays し/b. Explain the ten ns, sum peak, nn spectrum experiments? How many X-ray peaks you expect from a sample of a titanium metal (22). Draw the EDX spectrum picture showing...
し/b. Explain the ten ns, sum peak, nn spectrum experiments? How many X-ray peaks you expect from a sample of a titanium metal (22). Draw the EDX spectrum picture showing all the peaks . Whot is the difference between WDXS and EDXS in the qualitative analysis of X-rays