Length (base)
meter, m
Mass (base)
kilogram, kg
Time (base)
second, s
Electric current (base)
ampere, A
Temperature (base)
Kelvin, K
Amount of Substance (base)
mole, mol
Light intensity (base)
candela, cd
Length (derived)
micrometer or micron, um, 1 um = 10^-6 m
Volume (derived)
liter, L, 1L = 0.001 m^3
Force (derived)
newton, N, 1N = 1(kg*m)/s^2
Torque, or movement of force (derived)
newton-meter, N*m
Pressure or stress (derived)
pascal, Pa, 1Pa = 1N/m^2
Energy, work, or heat (derived)
Energy = force
distance, joule, J, 1J = 1N
m
Power (derived)
Power = work/time, watt, W, 1W = 1 J/s
Temperature (derived SI)
degree Celsius, C, C = K-273.15
Gravity
9.81 m/s^2 (acceleration of earth)
Professor, TA, Section
Jenahvive Morgan, William Stevers, 7
Force Equation
Force = Mass * Acceleration
grams in a kilogram
1000 grams = 1 kilogram
centimeters in a meter
100 centimeter = 1 meter
Voltage
V = W/A