1. Electric and magnetic fields are always a) Perpendicular to each other b) Parallel to each other c) Anti-Parallel to each other d) They can each be in any direction
2. Say at 6:00pm you have placed a positive charge and neutral particle 1m away from each other in free space. If you then checked back at 9:00pm, assuming particles have negligible mass, the charges would be a) Closer together b) Further apart c) Still at the same places d) Orbiting each other
3. Magnetic fields are created by a) Neutrally charged particles in an electric field b) Moving charges c) Static electric fields d) Colliding photons
4. Particle accelerators can accelerate particles with a) Magnetic fields b) Electric fields c) Electromagnetic fields (RF Fields) d) All of the above
5. Linear accelerators accelerate particles with? a) Electrostatic fields b) Magnetostatic fields c) Electrostatic and/or electromagnetic (RF) fields d) Magnetostatic and/or electromagnetic (RF) fields
6. Which of the following laws can be used to calculate the acceleration of particles in a circular accelerator? a) Biot-Savart law b) Coulomb force c) Lorentz force law d) All of the above