Physics, 10.03.2020 19:05 heavendl13
Consider a cyclotron in which a beam of particles of positive charge q and mass m is moving along a circular path restricted by the magnetic field B (which is perpendicular to the velocity of the particles).Part A) Before entering the cyclotron, the particles are accelerated by a potential difference V. Find the speed v with which the particles enter the cyclotron. Express your answer in terms of V, m, and q. Part B) Find the radius r of the circular path followed by the particles. The magnitude of the magnetic field is B. Express your answer in terms of v, m, B, and q. Part C) Find the period of revolution T for the particles. Express your answer in terms of m, B, and q. Part D) Find the angular frequency omega of the particles. Express your answer in terms of m, B, and q. Part E) Your goal is to accelerate the particles to kinetic energy K. What minimum radius R of the cyclotron is required?Express your answer in terms of m, q, B, and K.
Answers: 3
Physics, 21.06.2019 12:30
Jason and alejandro lift a chair 2 meters into the moving truck using 150 newtons of force. it takes them 3 seconds to lift the chair how much power did they use
Answers: 3
Physics, 22.06.2019 12:10
Does anyone have the answers to online physics course plato course physics, semester a v3.0
Answers: 2
Physics, 22.06.2019 15:50
Select all the correct answers. which changes will increase the rate of reaction during combustion? decreasing the area of contact between the reactants adding more oxygen to the reaction removing heat from the reaction changing the reactants from solid form to powdered form lowering the exposure of the reactants to air
Answers: 3
Consider a cyclotron in which a beam of particles of positive charge q and mass m is moving along a...
Mathematics, 14.07.2019 03:00
English, 14.07.2019 03:00
English, 14.07.2019 03:00
Chemistry, 14.07.2019 03:00
Biology, 14.07.2019 03:00
Health, 14.07.2019 03:00
Mathematics, 14.07.2019 03:00
History, 14.07.2019 03:00
Mathematics, 14.07.2019 03:00
History, 14.07.2019 03:00
History, 14.07.2019 03:00