Sat Ii Physics Formulas

Front 1

Dot Product of Vectors

Back 1

Front 2

Cross Product of Vectors

Back 2

Front 3

Vector Magnitude

Back 3

Front 4

Vector Direction

Back 4

Front 5

Average Speed

Back 5

Front 6

Average Velocity

Back 6

Front 7

Average Acceleration

Back 7

Front 8

Kinematic Equation with Acceleration Missing

Back 8

Front 9

Kinematic Equation with Time Missing

Back 9

Front 10

Kinematic Equation with Distance Missing

Back 10

Front 11

Kinematic Equation with Vf Missing

Back 11

Front 12

Kinematic Equation with Vi Missing

Back 12

Front 13

Newton's Second Law

Back 13

Front 14

Force of Kinetic Friction

Back 14

Front 15

Force of Static Friction

Back 15

Front 16

Work

Back 16

Front 17

Work done by Gravity

Back 17

Front 18

Kinetic Energy

Back 18

Front 19

Work-Energy Theorm

Back 19

Think of the Force as increasing the Energy over time. It's Work!

Front 20

Potential Energy

Back 20

Front 21

Gravitational Potential Energy

Back 21

Front 22

Mechanical Energy

Back 22

Front 23

Average Power

Back 23

Front 24

Instantaneous Power

Back 24

Front 25

Hooke's Law

Back 25

Front 26

Frequency

Back 26

Front 27

How do you extend the period of a spring?

Back 27

Heavy mass, easily stretched spring

Front 28

How do you extend the period of a pendulum?

Back 28

Lengthen the String

Front 29

Potential Energy of a Spring

Back 29

Front 30

Momentum

Back 30

Front 31

Impulse

Back 31

Front 32

Center of Mass

Back 32

Front 33

Angular Frequency

Back 33

Front 34

Angular Period

Back 34

Front 35

Angular acceleration

Back 35

Front 36

Angular Velocity

Back 36

Front 37

Relationship between Linear and Angular Variables

Back 37

Front 38

Torque

Back 38

If perpindicular, sin can be ignored

Front 39

Newton's Second Law in terms of Rotational Motion

Back 39

Front 40

Kinetic Energy of Rotation

Back 40

Front 41

Angular Momentum

Back 41

Front 42

Kelvin Conversion

Back 42

K = C + 273

Front 43

Relationship between Heat and Temperature

Back 43

Front 44

Coefficient of Linear Expansion

Back 44

Front 45

Coefficient of Volume Expansion

Back 45

Front 46

Ideal Gas Law

Back 46

PV=nRT

Front 47

Boyle's Law
(Relationship between Pressure and Volume)

Back 47

Front 48

Charles's Law
(Relationship between Volume and Temperature)

Back 48

Front 49

First Law of Thermodynamics

Back 49

Front 50

Efficiency of an Engine

Back 50

Front 51

Coulomb's Law

Back 51

Front 52

Formula's Defining Electric Field

Back 52

Front 53

Electric Potential Energy

Back 53

Front 54

Work done by an Electric Field

Back 54

Front 55

Electric Potential

Back 55

Front 56

Stored Energy of a Capacitor

Back 56

Front 57

Magnetic Force on a moving charge.

Back 57

Front 58

Radius of a Circle by a Charged Particle on a Magnetic Field

Back 58

Front 59

Magnetic Force on a Current

Back 59

Front 60

How do you increase the magnetic field produced by a current?

Back 60

Increase Current, reduce radius.

Front 61

Motional Emf

Back 61

Front 62

Magnetic Flux

Back 62

Front 63

Lenz's Law

Back 63

Front 64

Wave Formula

Back 64

Front 65

Index of Refraction

Back 65

Front 66

Snell's Law of Refraction

Back 66

Front 67

Equation for the Focal Length of a Lens

Back 67

Front 68

Lens Magnification

Back 68

Front 69

Photon Energy

Back 69

E=hf

h is a constant
f is frequency

Front 70

Particle Wavelength

Back 70

h is a constant
p is momentum

Front 71

Relativistic Factor

Back 71

Gamma is the factor of how clocks slow down