Question

In the alpha decay of 230Th there is a gamma-ray transition of 67.73 keV. Given the electron binding energies in the table, what is the energy (in keV) of the L3 conversion electrons? Give your answer to 4 significant figures. Electron Shell Binding energy (keV) K 103.90 L1 19.22 L2 18.80 L3 15.44

          In the alpha decay of 230Th there is a gamma-ray transition of 67.73 keV. Given the electron binding energies in the table, what is the energy (in keV) of the L3 conversion electrons?
Give your answer to 4 significant figures.
Electron Shell Binding energy (keV)
K 103.90
L1 19.22
L2 18.80
L3 15.44

In the alpha decay of 230Th there is a gamma-ray transition of 67.73 keV. Given the electron binding energies in the table, what is the energy (in keV) of the L3 conversion electrons?
Give your answer to 4 significant figures.
Electron Shell Binding energy (keV)
K 103.90
L1 19.22
L2 18.80
L3 15.44

Added by Christopher C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Hunza Gilgit

06/15/2022

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73 keV and the binding energy of the L3 shell is 15.44 keV. Show more…

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In the alpha decay of 230Th there is a gamma-ray transition of 67.73 keV. Given the electron binding energies in the table, what is the energy (in keV) of the L3 conversion electrons? Give your answer to 4 significant figures. Electron Shell Binding energy (keV) K 103.90 L1 19.22 L2 18.80 L3 15.44