PH3007 - University of St Andrews
... explain when and why approximate potentials are useful; identify and calculate (at least) the lowest-order term in the multipole expansion (i.e., the first non-zero term); and calculate the dipole moment of a given charge distribution. describe similarities and differences between a conductor and a ...
... explain when and why approximate potentials are useful; identify and calculate (at least) the lowest-order term in the multipole expansion (i.e., the first non-zero term); and calculate the dipole moment of a given charge distribution. describe similarities and differences between a conductor and a ...
Magnetic Fields and Electric Currents
... Faraday noticed the galvanometer pointer moved when he connected it to the battery. It moved again when it was disconnected. • This showed that an electric current was present in the wires. • Electric current in the second wire was made only when the magnetic field was changing. ...
... Faraday noticed the galvanometer pointer moved when he connected it to the battery. It moved again when it was disconnected. • This showed that an electric current was present in the wires. • Electric current in the second wire was made only when the magnetic field was changing. ...
Document
... Increasing area increases Q and decreases C Increasing separation increases V and decreases Q ...
... Increasing area increases Q and decreases C Increasing separation increases V and decreases Q ...
Chapter 18 4-Minute Drill Coulomb`s Law Electric field of a point
... Chapter 18 4-Minute Drill - Take Two ...
... Chapter 18 4-Minute Drill - Take Two ...
Discovery of Electromagnetism Quiz Answer Key
... b) are closely related. c) are unrelated. d) none of the above c ...
... b) are closely related. c) are unrelated. d) none of the above c ...
