A particle of charge q=-9.7Cand mass 3.5x10-27kg has a speed of 680m/s.The particle and travels parallelto the positive x-axis.There is a uniform magnetic field of magnitude 0.95T parallel to the positive y-axis.a.What radius will the particle turn in as it moves through the magnetic field?b.Draw a quick diagram illustrating how the charge will move as it moves through this magnetic field. Diagram and label the initial direction of the velocity, the direction of the magnetic field, and the path that the charged particle takes. UpNorthWestEastSouthDown A particle of charge q=-9.7C and mass 3.5x10-2"kg has a speed of 680m/s. The particle and travelsparallel to the positive x-axis. There is a uniform magnetic field of magnitude 0.95T parallel to thepositive y-axis.a. What radius will the particle turn in as it moves through the magnetic field?b. Draw a quick diagram illustrating how the charge will move as it moves through this magneticfield. Diagram and label the initial direction of the velocity, the direction of the magnetic field,and the path that the charged particle takes.

When a charged particle moves in a magnetic field, with velocity v, the magnetic force acting on it…

A particle of charge q=-9.7Cand mass 3.5x10-27kg has a speed of 680m/s.The particle and travels parallelto the positive x-axis.There is a uniform magnetic field of magnitude 0.95T parallel to the positive y-axis. a.What radius will the particle turn in as it moves through the magnetic field? b.Draw a quick diagram illustrating how the charge will move as it moves through this magnetic field. Diagram and label the initial direction of the velocity, the direction of the magnetic field, and the path that the charged particle takes.

A particle of charge q=-9.7Cand mass 3.5x10-27kg has a speed of 680m/s.The particle and travels parallelto the positive x-axis.There is a uniform magnetic field of magnitude 0.95T parallel to the positive y-axis. a.What radius will the particle turn in as it moves through the magnetic field? b.Draw a quick diagram illustrating how the charge will move as it moves through this magnetic field. Diagram and label the initial direction of the velocity, the direction of the magnetic field, and the path that the charged particle takes.