| second direction | 0.31 |
| permanent state of flux | 0.28 |
| the umbra | 0.25 |
| kilogauss | 0.25 |
| the a*c-plane | 0.25 |
| anticlockwise direction | 0.25 |
| opposition | 0.25 |
| sync | 0.16 |
| point in same direction | 0.63 |
| cancel each other | 0.62 |
| oppose the change | 0.61 |
| surround the coil | 0.58 |
| form magnetic field | 0.56 |
| exert force | 0.55 |
| induce current | 0.53 |
| change with time | 0.52 |
| induce voltage | 0.50 |
| generate electric field | 0.47 |
| More » |
| change | 0.37 |
| other permanent magnets | 0.36 |
| turbulence | 0.31 |
| electron | 0.28 |
| magnetic compass needles | 0.28 |
| the needle | 0.25 |
| reflected pulse | 0.25 |
| current flow | 0.42 |
| an ocean of superheated | 0.28 |
| compositional, rather t… | 0.25 |
| magnetic circuit | 0.25 |
| direction | 0.42 |
| energy | 0.37 |
| component | 0.36 |
| influence | 0.36 |
| positive gradient | 0.36 |
| a north pole | 0.34 |
| south pole | 0.31 |
| magnitude | 0.31 |
| the plasma | 0.30 |
| effect | 0.29 |
| More » |
| sharp electrical spike | 0.28 |
| higher sensitivity | 0.19 |
| damping | 0.19 |
| a vector field | 0.46 |
| magnetic field | 0.39 |
| a force field | 0.36 |
| calculated | 0.65 |
| produced by electric cu… | 0.65 |
| generated | 0.64 |
| reversed | 0.63 |
| generated by coil | 0.62 |
| generated by current | 0.61 |
| measured | 0.59 |
| generated by the magnet | 0.58 |
| created around the wire | 0.58 |
| directed | 0.57 |
| More » |
| navigation | 0.34 |