ipc final formulas

Quantity-

Wavelength

meters

Velocity

meters per second

Time

: seconds

Distance

meters

Power

: Watts

Force

: Newtons

Frequency

: Hertz

Mass

:kilograms

Momentum

: kilogram meters per second

Work

: Joules

Free fall acceleration:

meters per second squared

Mechanical advantage:

none

Potential energy:

Joules

Kinetic energy:

Joules

Efficiency:

%

Height:

meters

Weight:

Newtons

Period:

seconds

Temperature:

Kelvin

Specific heat:

joules per kilogram times kelvin

Symbol

-

Kilogram:

kg

Hertz:

Hz

meters per second:

m/s

Newton:

N

Watt:

W

meters per second squared:

m/s^2

Seconds:

s

Meters:

m

Percent:

%

Joule:

J

none:

-

Kilograms times meter per seconds squared:

k*m/s^2

Equation Quantity

-

Free fall acceleration:

g

Distance:

d

Weight:

w

Mechanical advantage:

MA

Height:

h

Mass:

m

Time:

t

Kelvin:

K

Force:

F

Potential energy:

PE

Velocity:

v

Momentum:

p

Celsius:

C

Acceleration:

a

Work:

W

Power:

P

kinetic energy:

KE

Period:

T

Wavelength:

λ

Frequency:

f

Fahrenheit:

℉

Heat energy:

Q

Unit Symbol

-

W:

power

kg*m/s:

momentum

N:

force

Kg:

mass

J:

work

Meters per second squared-

acceleration

Other stuff

-

Velocity:

direction

Friction:

opposes movement

Refraction:

change in speed due to change in medium

Medium:

wave particles

Air resistance:

form of friction

Gravity:

attractive force

Period:

time

Temperature:

measure of energy

Power:

work rate