| current | | unit obtained by dividing henry by ohm |
| parallel | | the flow of heat from molecule to molecule in a medium |
| watt | | the ratio of the difference in temperature to the length of a heat conductor is called temperature ___ |
| Maxwell | | He unified the four laws of electricity and magnetism |
| weber | | the measure of chaos in a system |
| magnetomotive | | non - existent magnet |
| sublimation | | His laws are used for parallel circuits having different emfs |
| shear | | ___ force which is NOT a force |
| conduction | | materials which can not be magnetized |
| absolutezero | | the amount of heat needed to change the temperature of a gram of water by one celsius degree |
| diamagnetic | | the AC equivalent of resistance |
| perpendicular | | __ modulus is used for a material with shape deformation |
| efficiency | | measures the opposition to magnetic flux |
| impedance | | the temperature at which the three phases of matter co - exist with each other |
| calorimetry | | operationally defined as the work per unit charge |
| zero | | unattainable according to the third law of thermodynamics |
| volume | | opposition to the flow of charge |
| phasor | | the space occupied by a substance |
| refrigerator | | transfers heat from a colder to a hotter region |
| permittivity | | measure of a material's ability to allow magnetic field lines through it |
| series | | the study of electric charges at rest |
| convection | | ___ force is the other name given to induced emf |
| triplepoint | | the direct change of a solid to gas |
| electromagnetic | | the study of heat energy involved in mixtures |
| radiation | | the unit used for magnetic field |
| electron | | a measure of the ability of a material to establish electric field |
| mho | | its deficiency makes an object positively charged |
| capacitor | | materials which are easily magnetized |
| poles | | the kind of field set up by a moving electric charge |
| tesla | | results from the dot product of a vector field and area |
| isochoric | | a measure of the average kinetic energy of the molecules |
| ferromagnetic | | the heat transfer that occurs in an oven |
| electrostatics | | the circuit element that resists the change in current |
| entropy | | the kind of connection that provides only one path for the current |
| electromotive | | the first unit used for the reciprocal of resistance |
| isobaric | | a rotating vector |
| Avogadro | | term used to describe the ends of a magnet |
| heat | | particles that make an atom heavier |
| proton | | the orientation of two vectors to give maximum dot product |
| flux | | the electric counterpart of the spring in a mechanical oscillating system |
| permeability | | He is credited for the number os molecules in a mole of any substance |
| temperature | | the phase angle in an AC circuit in resonance |
| monopole | | the positive particles of an atom |
| Kirchhoff | | the heat process where the heat energy remains constant |
| inductor | | its magnetic field is identical with that of a magnet |
| reluctance | | the reaction of a capacitor or inductor to alternating current |
| adiabatic | | the SI unit of heat current |
| coulomb | | the process never do work |
| second | | the reciprocal of resistance |
| resistance | | the SI unit of conductance |
| gradient | | the SI unit of capacitance |
| farad | | this heat process requires the greatest heat enegy fro the smae temperature change |
| solenoid | | the standard unit of charge |
| potential | | process by which heat is transfered by electromagnetic waves |
| siemen | | its value is always less than one. |
| neutron | | the rate at which charges flow past a point |
| resonance | | the condition at which a series LRC circuit has its minimum impedance |
| reactance | | velocity and magnetic field orientation that will give the maximum magnetic force |
| calorie | | energy in transit |
| conductance | | the SI unit of magnetic flux |