Gold Nucleus II 0 KE alpha= Target: MeV (2 MeV < KE < 10 MeV) gold silver |☐ copper For Rutherford scattering, when an alpha particle (z = 2) heads straight for a nucleus (impact parameter, b, equal to zero), the point where the alpha particle gets closest to the nucleus is called the distance of closest approach. You can measure this in the animation above for different values of incident alpha particle kinetic energy and nuclear charge (grid units are in fm, 10-15 m). Restart. a. Develop an expression for that as a function of incident kinetic energy of the alpha particle and charge on the nucleus. Verify your relationship with the animation. b. How does this distance compare to the size of the nucleus (around 7 fm for gold)? How do these distances compare to the Bohr radius (typical size of an electron orbital)?

Gold Nucleus II 0 KE alpha= Target: MeV (2 MeV < KE < 10 MeV) gold silver |☐ copper For Rutherford scattering, when an alpha particle (z = 2) heads straight for a nucleus (impact parameter, b, equal to zero), the point where the alpha particle gets closest to the nucleus is called the distance of closest approach. You can measure this in the animation above for different values of incident alpha particle kinetic energy and nuclear charge (grid units are in fm, 10-15 m). Restart. a. Develop an expression for that as a function of incident kinetic energy of the alpha particle and charge on the nucleus. Verify your relationship with the animation. b. How does this distance compare to the size of the nucleus (around 7 fm for gold)? How do these distances compare to the Bohr radius (typical size of an electron orbital)?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Please, I need an answer to all the demands
Explain how a nanopowder image characterized by scanning electron microscopy differs from one characterized by optical microscopy.
https://www.compadre.org/PQP/quantum-theory/prob13_5.cfm
What comparison sources are generally used in spectrographs, and why these elements?
Explain the process by which an energy dispersive X-ray spectrum (EDX) spectrum is generated and the origins of the La and Ka lines for Fe in the EDX shown in Figure 3 below. Why do the Fe La lines have a lower energy than the Ka lines? By considering the energy of the X-rays measured, discuss whether EDX can be used to measure whether the iron in an iron oxide is in 2+ or 3+ valence state? Which other spectroscopy technique in the transmission electron microscope (TEM) is more appropriate and why? OK 0.01 10.00 kev Figure 3: EDX spectrum of multi-element glass (NIST K309) containing 0, Al, Si, Ca, Ba and Fe.
Р3. Consider the CSP problem below. Using Arc-consistency will there be a guaranteed solution? Explain A {T,F} AB {T,F} B C {T,F} B.
How do the elements exhibit a range of band gaps?
I need the answer as soon as possible
Detail the theory of UV spectroscopy and its biological applications.
https://www.compadre.org/PQP/quantum-theory/prob13_2.cfm
Explain h- and p- adaptivity/refinement methods.