phy1020.DVI

Steinhart-Hart equation, 106
Stepped leader, 97
Steradian, 285
String theory, 253
Strong nuclear force, 252
Submillimeter waves, 177
Sulfur hexafluoride, 72
Superconductor, 92
Superflow, 248
Superfluid, 92, 248
Superpostion, 61
Susceptibility,seeMagnetic susceptibility

Teleidoscope, 210
Telescope, 207, 208
Cassegrain, 208
Newtonian, 208
reflecting, 207
refracting, 207
Television, 179
Terminal voltage, 108
Tesla, 137
Thermistor, 106
Thermodynamics, 12
Third, 285
Threshold of hearing, 79
Threshold of pain, 80
Time constant, 126, 167
Time travel, 245
Total internal reflection, 195
Transmission, coefficient of, 59
Transmitted wave, 59
Transmitter, 184, 186
Transverse wave, 57
Trifocal lenses, 204
Trilobite, 204
Tristimulus values, 299
Two-fluid model, 248

Ultrasound, 74
Ultraviolet light, 177
Unit vector, 92, 287
Upright image, 191, 197
Uranus, 280

Vector, 287
polar form, 288
rectangular form, 288
Vector boson, 252, 308
Venus, 280

Verilog, 132

VHDL, 132

Virtual image, 191, 196

Visible light, 177

Voltage divider, 116

Voltmeter, 120

W boson, 252

Wave, 57

cylindrical, 64

energy, 62

intensity, 64

longitudinal, 57

ocean, 64

plane, 64

power, 64

speed, 58, 59

spherical, 64

standing, 66

string, 59

transverse, 57

tsunami, 65

Wave equation, 176

Wave number, 58

Wavelength, 58

Weak nuclear force, 252

Weber, 139

Weight, 16

White light, 224

Whole step, 81

Whole tone scale, 84

Wire, 107

X-rays, 177

Young’s experiment, 216

Young’s modulus, 45, 59, 71

Z boson, 252