9. Compare the electron, proton, and neutron a) in terms of mass, b) in terms of charge.c) Which of these particles are leptons and which are baryons.Application Questions10. Use the table of Fundamental Particles and Interactions to answer the followinga. What is the unified theory of the weak and electromagnetic interaction called?b. What particles experience the strong force?c. What particles mediate the weak interaction? Which of these is the most massive?11. For the isotope "Sr find the following: i) the name of the element; ii) the atomicnumber; iii) the number of protons in the nucleus; iv) the number of electrons in anatom; v) the number of neutrons in the nucleus.12. For the isotope 14C find the following: i) the name of the element; ii) the atomicnumber; iii) the number of protons in the nucleus; iv) the number of electrons in anatom; v) the number of neutrons in the nucleus.13. If the isotope promethium-145 undergoes an alpha decay, find the resulting product.14. a) If the nucleus of the isotope lead-210 captures a neutron, what is the resultingelement? b) If the product then emits an alpha particle, what is the resulting element?

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9. Compare the electron, proton, and neutron a) in terms of mass, b) in terms of charge. c) Which of these particles are leptons and which are baryons.

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)...

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Nuclear interactions

In nature, there are certain rules and standards for an interaction. These interactions are universally accepted. There are four types of interactions:

Question

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9. Compare the electron, proton, and neutron a) in terms of mass, b) in terms of charge.
c) Which of these particles are leptons and which are baryons.
Application Questions
10. Use the table of Fundamental Particles and Interactions to answer the following
a. What is the unified theory of the weak and electromagnetic interaction called?
b. What particles experience the strong force?
c. What particles mediate the weak interaction? Which of these is the most massive?
11. For the isotope "Sr find the following: i) the name of the element; ii) the atomic
number; iii) the number of protons in the nucleus; iv) the number of electrons in an
atom; v) the number of neutrons in the nucleus.
12. For the isotope 14C find the following: i) the name of the element; ii) the atomic
number; iii) the number of protons in the nucleus; iv) the number of electrons in an
atom; v) the number of neutrons in the nucleus.
13. If the isotope promethium-145 undergoes an alpha decay, find the resulting product.
14. a) If the nucleus of the isotope lead-210 captures a neutron, what is the resulting
element? b) If the product then emits an alpha particle, what is the resulting element?

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