Question Solved1 Answer - - - -9, I B 1 Electron | | L An electron e of charge - moving with speed v enters a region containing a magnetic field, B, directed toward the top of the page, as shown in figure above. Which of the following is a correct claim about the work done and provides correct reasoning to support this claim? A No work is done on the particle because it is negatively charged and magnetic fields do not act on negatively charged particles. B No work is done on the particle because magnetic fields have to be into or out of the page in order to apply a force to a charged particle moving toward the right. с No work is done on the particle because the force acting on the particle is perpendicular to the direction of motion the entire time the particle is in the region of the magnetic field. D Positive work is done on the particle because the magnetic force acting on the particle is in a positive direction. E Negative work is done on the particle because the particle is negatively charged and the product of F quB will be negative.

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Transcribed Image Text: - - - -9, I B 1 Electron | | L An electron e of charge - moving with speed v enters a region containing a magnetic field, B, directed toward the top of the page, as shown in figure above. Which of the following is a correct claim about the work done and provides correct reasoning to support this claim? A No work is done on the particle because it is negatively charged and magnetic fields do not act on negatively charged particles. B No work is done on the particle because magnetic fields have to be into or out of the page in order to apply a force to a charged particle moving toward the right. с No work is done on the particle because the force acting on the particle is perpendicular to the direction of motion the entire time the particle is in the region of the magnetic field. D Positive work is done on the particle because the magnetic force acting on the particle is in a positive direction. E Negative work is done on the particle because the particle is negatively charged and the product of F quB will be negative.
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Transcribed Image Text: - - - -9, I B 1 Electron | | L An electron e of charge - moving with speed v enters a region containing a magnetic field, B, directed toward the top of the page, as shown in figure above. Which of the following is a correct claim about the work done and provides correct reasoning to support this claim? A No work is done on the particle because it is negatively charged and magnetic fields do not act on negatively charged particles. B No work is done on the particle because magnetic fields have to be into or out of the page in order to apply a force to a charged particle moving toward the right. с No work is done on the particle because the force acting on the particle is perpendicular to the direction of motion the entire time the particle is in the region of the magnetic field. D Positive work is done on the particle because the magnetic force acting on the particle is in a positive direction. E Negative work is done on the particle because the particle is negatively charged and the product of F quB will be negative.
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There will be no work done. because according to right hand Palm rule the direction of force is perpendicular to plane of the paper. So the answer will be(c) No wark is do ... See the full answer