Can someone help with my physics question pkease with explanation? The max characteristic x-ray photon energy...
Homework Answers
the energy is required to remove an electron from the K shell can be,
Ek = ( Z - 1 )2 Eo
here Eo = 13.6 eV
= ( 46 - 1 )2 x 13.6
= 452 x 13.6
= 2025 x 13.6
Ek = 27540 eV
so the photon energy in keV for tungsten is Ek = 27.540 keV.
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someone help with my physics question pkease with explanation?
The max characteristic x-ray photon energy...
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can youvplease help me with number 4&5 has a prominent x-ray emission line at 5. kev....
can youvplease help me with number 4&5
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can someone help me with this? i'm on my 135th hour of this program which is...
can someone help me with this? i'm on my 135th hour of this
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A stationary electron undergoes a "head-on" collision with and X-ray photon. The electron's acquired kinetic energy is 90 keV. Determine the wavelengths of the incident and scattered photons. Note: If you use your calculator's mumerical problem solver, show the equations utilized, otherwise show your work (algebraically)
can youvplease help me with number 4&5
has a prominent x-ray emission line at 5. kev. HINT (a) What is the minimum speed (in m/s) of an incident electron that could produce this emission line? (Hint: Recall the expression for relativistic kinetic energy given in Topic 26.) 1478 x mys (b) What is the wavelength (inm) of a 66.8 kev x-ray photon? Need Help? 5.-17.14 Points) DETAILS SERCP11 27.5.P.028 MY NOTES ASK YOUR TEACHER PRACTICE ANO In a Compton scattering...
can someone help me with this? i'm on my 135th hour of this
program which is making me crazy thanks
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Can someone help me with this question and show all
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