Index

acceleration, 63, 66

accelerometers, 131

angular momentum, 89, 142

in astronomy, 145

in quantum mechanics, 147

angular velocity, 142

artificial horizon, 118

atomic nucleus, discovery of, 99

Babylonian mathematics, 69

Bathtub, 139

Caltech

advice for students, 36

Feynman lecturers, 23

undergraduate physics program, 29

collisions between particles, 64

differentiation, 39

of vectors, 49

directional gyro, 117

disk, spinning, 142

Earth

rotation of, 139

precession of, 141

nutation of, 145

oblateness of, 140

electricity, 68

electron, 147

energy, 62

conservation of, 62, 63, 84, 85, 93, 112

kinetic, 63

of neutrino, 112

of photon, 108

potential, 64, 67

total, 62

escape velocity, 84, 93

feedback, 127

The Feynman Lectures on Physics

purpose, 7, 13, 29

teaching, 23

transcription, 9, 23

use, 32

Feynman, Richard P.

interview, 15

lecture structure, 16

teaching principles, 16

teaching style, 7

force, 61, 67

at low velocity, 63

conservative, 64

friction, 68

gravitation

between particles, 67

on Earth, 67

potential, 67, 68

gyro compass, 120

gyroscope

calibration of, 130, 138

demonstration, 116

improvements in, 124

one-degree-of-freedom, 125, 129

ship-stabilizing, 119

inertial guidance, 115

integration, 42

line integrals, 51

jewel bearings, 126

Kepler’s laws, 92

Leighton, Robert B.

interview, 23

physics exercises, 155

as program director, 30

as teacher, 23

logarithm, natural, 104

machine design, 73

memorization (of formulas), 58, 69

moment of inertia, 142

momentum

and force, 61

at low velocity, 63

conservation of, 62, 63, 112

of neutrino, 112

of photon, 108

Moon, oblateness of, 140

nebulae, 146

Nautilus (submarine), 115, 138

navigational system, complete, 135

numerical integration, 102

orbits

elliptical, 92

hyperbolic, 96

physical laws, 61, 66

non-relativistic approximation, 63, 66

physics, understanding physically, 70

pi meson, 111

power, 79

principal axes, 142

proton beam deflector, 108

rockets, 100

chemical, 104

fundamental equation, 100

ion propulsion, 105

photon propulsion, 108

rotational dynamics, 115

Rutherford, Ernest, 99

Sands, Matthew

and Feynman, 8, 13, 24

interview, 29

memoir, 1

satellite motion, 91

signal generator, 125, 127

spring, ideal, 68

stable platform, 127, 135

thrust, 105

-to-power ratio, 107

torque, 89

torque generator, 127

triangulation (of knowledge), 58

vectors, 44

addition, 44

components, 46, 50, 55

differentiation, 49

dot product, 48

location of, 44

position vector, 49

subtraction, 44

velocity vector, 49

Vogt, Rochus E.

interview, 29

physics exercises, 155

voltage, 110

wind, 140

work, 64