College Physics (2012) by Manjula Sharma, Paul Peter Urone, et al - HTML preview

newton’s third law of motion, 132, 153, 152

isochoric, 513

magnetic force, 781, 801

newton’s universal law of gravitation, 200, 210

isochoric process, 540

magnetic monopoles, 779, 801

node, 604, 620

isolated system, 267, 280

magnetic resonance imaging (mri), 799, 801

nodes, 576, 581

isothermal, 515

magnetized, 776, 801

non-inertial frame of reference, 196, 210

isothermal process, 540

magnetocardiogram (mcg), 800, 801

nonconservative force, 235, 251

isotopes, 1119, 1139

magnetoencephalogram (meg), 800, 801

normal force, 135, 152

magnification, 910, 922

north magnetic pole, 774, 801

J

magnitude, 90

note, 620

joule, 222, 250

magnitude (of a vector), 114

notes, 609

joule’s law, 735, 762

magnitude of kinetic friction, 178

nuclear energy, 240, 251

junction rule, 749, 763

magnitude of kinetic friction f k

nuclear fission, 1165, 1173

f k , 163

nuclear fusion, 1160, 1173

K

magnitude of static friction, 178

nuclear magnetic resonance (nmr), 799, 801

kelvin, 431

magnitude of static friction f s , 162

nuclear radiation, 1112, 1139

kelvin scale, 462

magnitude of the intrinsic (internal) spin angular

nuclear reaction energy, 1123, 1139

kilocalorie, 470, 495

momentum, 1094, 1102

nucleons, 1118, 1139

kilogram, 20, 31

mass, 126, 152, 152

nucleus, 1139

kilowatt-hour, 250

mass number, 1118, 1139

nuclide, 1118, 1139

kilowatt-hours, 245

massive compact halo objects, 1222

null measurements, 756, 763

kinematics, 36, 76, 102, 114

maximum field strength, 878, 880

numerical aperture, 951

maxwell’s equations, 795, 800, 862, 880

INDEX 1265

numerical aperture

potential difference, 665, 742, 763

relativity, 18, 31, 111, 114, 1000, 1024

(NA), 943

potential difference (or voltage), 687

renewable forms of energy, 248, 251

potential energy, 231, 232, 251

resistance, 701, 723, 734, 763

O

potential energy of a spring, 232, 251

resistivity, 703, 723

objective lens, 941, 951

potentiometer, 756, 763

resistor, 734, 758, 763

ohm, 701, 723

power, 242, 251, 905, 922

resonance, 570, 581

ohmic, 701, 723

power factor, 848, 850

resonant, 865, 880

ohmmeter, 763

precision, 25, 31

resonant frequency, 846, 850

ohmmeters, 757

presbyopia, 935, 951

resonate, 570, 581

ohm’s law, 701, 723, 734, 763

pressure, 361, 363, 366, 390

rest energy, 1018, 1024

optically active, 986, 990

probability distribution, 1051, 1057

rest mass, 1016, 1024

orbital angular momentum, 1090, 1102

projectile, 101, 114

restoring force, 551, 581

orbital magnetic field, 1090, 1102

projectile motion, 101, 114

resultant, 90, 114

order, 963, 990

proper length , 1008, 1024

resultant vector, 89, 114

order of magnitude, 20, 31

proper time , 1004, 1024

retinex, 951

oscillate, 550, 581, 880

proton, 653

retinex theory of color vision, 941, 951

osmosis, 419, 419

proton-proton cycle, 1162, 1173

retinexes, 941

osmotic pressure, 419, 419

protons, 629, 1118, 1139

reverse dialysis, 419, 420

otto cycle, 521, 540

pv diagram, 454, 462

reverse osmosis, 419, 420

over damping, 581

reversible process, 516, 540

overdamped, 567

Q

reynolds number, 414, 420

overtones, 576, 581, 605, 620

quality factor, 1153, 1173

right hand rule 1, 781

quantized, 1032, 1057

right hand rule 1 (rhr-1), 801

P

quantum chromodynamics, 1198, 1200, 1203

right hand rule 2, 794

parallel, 736, 763

quantum electrodynamics, 1184, 1203

right hand rule 2 (rhr-2), 801

parallel plate capacitor, 675, 687

quantum gravity, 1216, 1228

right-hand rule, 344, 347

parent, 1122, 1139

quantum mechanical tunneling, 1136, 1139

rlc circuit, 880

partial pressure, 457, 462

quantum mechanics, 18, 31, 1033, 1057

rms current, 711, 723

particle physics, 1182, 1203

quantum numbers, 1092, 1102

rms voltage, 711, 723

particle-wave duality, 1047, 1054, 1057

quark, 281, 1203

rods and cones, 939, 951

pascal’s principle, 366, 390

quarks, 268, 1193

roentgen equivalent man, 1153

pauli exclusion principle, 1096, 1102

quasars, 1218, 1228

roentgen equivalent man (rem), 1173

peak emf, 850

rotation angle, 186, 210

percent relative humidity, 460, 462

R

rotational inertia, 326, 347

percent uncertainty, 26, 31

R factor, 485

rotational kinetic energy, 329, 347

perfectly inelastic collision, 271, 280

rad, 1152, 1173

rydberg constant, 1072, 1077, 1102

period, 555, 581

radar, 871, 880

periodic motion, 555, 581

radians, 187, 210

S

permeability of free space, 794, 801

radiant energy, 240, 251

saturation, 458, 462

perpendicular lever arm, 292, 309

radiation, 482, 490, 495

scalar, 38, 76, 94, 114, 668, 687

phase angle, 847, 850

radiation detector, 1116, 1139

schwarzschild radius, 1218, 1228

phase diagram, 462

radio waves, 862, 868, 880

scientific method, 16, 31

phase diagrams, 455

radioactive, 1112, 1139

scintillators, 1116, 1139

phase-contrast microscope, 988, 991

radioactive dating, 1128, 1139

screening, 644, 653

phon, 610, 620

radioactivity, 1112, 1139

second, 19, 31

phosphorescence, 1083, 1102

radiolytic products, 1160, 1173

second law of motion, 262, 281

photoconductor, 649, 653

radiopharmaceutical, 1149, 1173