•P41 An electron (mass 9 × 10¬31 kg) is traveling at a speed of 0.91c in an electron accelerator. An electric force of 1.6 × 10¬13 N is applied in the direction of motion while the electron travels a distance of 2 m. You need to find the new speed of the electron. Which of the following steps must be included in your solution to this problem? (a) Calculate the initial particle energy Yimc? of the electron. (b) Calculate the final particle energy yfmc² of the electron. (c) Determine how much time it takes to move this distance. (d) Use the expression mu to find the kinetic energy of the electron. (e) Calculate the net work done on the electron. (f) Use the final energy of the electron to find its final speed. What is the new speed of the electron as a fraction of c?

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Chapter1: Units, Trigonometry. And Vectors
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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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•P41 An electron (mass 9 x 10¬31 kg) is traveling at a speed of 0.91c in an electron accelerator. An electric force of
1.6 × 10¬13 N is applied in the direction of motion while the electron travels a distance of 2 m. You need to find the new speed of
the electron. Which of the following steps must be included in your solution to this problem? (a) Calculate the initial particle energy
Yimc? of the electron. (b) Calculate the final particle energy Yfmc? of the electron. (c) Determine how much time it takes to move
this distance. (d) Use the expression mv
to find the kinetic energy of the electron. (e) Calculate the net work done on the
electron. (f) Use the final energy of the electron to find its final speed.
What is the new speed of the electron as a fraction of c?
Transcribed Image Text:•P41 An electron (mass 9 x 10¬31 kg) is traveling at a speed of 0.91c in an electron accelerator. An electric force of 1.6 × 10¬13 N is applied in the direction of motion while the electron travels a distance of 2 m. You need to find the new speed of the electron. Which of the following steps must be included in your solution to this problem? (a) Calculate the initial particle energy Yimc? of the electron. (b) Calculate the final particle energy Yfmc? of the electron. (c) Determine how much time it takes to move this distance. (d) Use the expression mv to find the kinetic energy of the electron. (e) Calculate the net work done on the electron. (f) Use the final energy of the electron to find its final speed. What is the new speed of the electron as a fraction of c?
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