Simulations
used so far in Physics 212
1) Coulomb Superposition (move charges around - mouse
wheel changes charge)
2) Dipole field lines
& equipotentials & superposition (move charges and test point around)
3)
Coulomb Force Game (place fixed charges to guide
moving charge to cake)
4) Charge
motion in a solid charged elliptical conductor with field lines (move test point & change
shape. Click in ellipse for field lines)
5) Charge
motion in a charges elliptical conducting shell with field lines (move test point & change
shape. Click in ellipse for field lines)
6)
Charge
motion in an initially neutral conductor with hole (move test point & click on
buttons)
7)
Total field intergal from a ring of charge - shows
Gauss Law (move
the bulls-eye during & after integration)
8) Charge density induced on a conducting sphere due to point charge (change 3D viewing angles etc)
9) Force on a current loop (change
shape and field gradient)
10) Field from N current loops (change loop shape, number
of loops, and field probe position)
11) Chop mouse trace into
dR and dPhi segments (set red dot where you want origin and drag blue dot)
12) Amperes Law (move
currents & change path - mouse wheel changes current)
13) RL Circuit (move yellow circle to
generate arbitrary input waveform, or drive harmonically)
14) RLC Circuit (move yellow circle to
generate arbitrary input waveform, or drive harmonically)