An electron is released into the center of a cyclotron that has a 2.75 T magnetic field. Find the frequency of the cyclotron’s oscillating electric field. Use kg for the electron mass value and C for the electron charge value.
An electron is at the center of a cyclotron at an instant when the dees of the cyclotron are charged, as shown in the diagram.
Which of the forces shown in the diagram is due to the cyclotron’s electric field?
Which of the forces shown in the diagram is due to the cyclotron’s magnetic field?
An electron is released into the center of a cyclotron. At the instant that the electron is introduced, the right-hand dee of the cyclotron is negatively charged. The electron is eventually ejected from the cyclotron from the point , as shown in the diagram. In which of the directions does the ejected electron move?