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Seven Base SI Units (International System of Units)
m (meter) - length
kg (kilogram) - mass
s (seconds) - time
A (ampere) - electric current
K (kelvin) - temperature
cd (candela) - luminous intensity
mol (mole) - amount of substance
Length SI Unit
Meter (m)
Mass SI Unit
Kilogram (kg)
Time SI Unit
Seconds (s)
Electric Current SI Unit
Ampere (A)
Temperature SI Unit
Kelvin (K)
Luminous Intensity SI Unit
Candela (cd)
Amount of Substance SI Unit
Mole (mol)
Celsius to Kelvin conversion
oC = K - 273
Kelvin to Celsius conversion
K = oC + 273
Fahrenheit to Celsius conversion
F = (9/5 x C) + 32
Celsius to Fahrenheit conversion
C = (5/9)(F - 32)
cm3 = mL
True
Area (derived unit)
length x length
m2
Volume (derived unit)
area x length (l x l x l)
m3
Density (derived unit)
mass / volume (M/V)
kg/m3
Speed (derived unit)
distance / time
m/s
Acceleration (derived unit)
change in speed / time
m/s2
Force (derived unit)
mass x acceleration
(kg x m) / s2
Pressure (derived unit)
force / area
kg / (m x s2)
Energy (derived unit)
force x distance
(kg x m2) / s2
Kinetic energy
The energy of motion
Increases with the mass and velocity of an object
Potential energy
Stored energy
Aluminum
Al
Argon
Ar
Barium
Ba
Boron
B
Bromine
Br
Calcium
Ca
Carbon
C
Chlorine
Cl
Fluorine
F
Helium
He
Hydrogen
H
Iodine
I
Lithium
L
Magnesium
Mg
Manganese
Mn
Nitrogen
N
Oxygen
O
Phosphorus
P
Silicon
Si
Sulfur
S
Zinc
Zn
Copper
Cu
Iron
Fe
Lead
Pb
Mercury
Hg
Potassium
K
Rubidium
Rb
Strontium
Sr
Palladium
Pd
Tin
Sn
Xenon
X
Cesium
Cs
Tungsten
W
Platinum
Pt
Gold
Au
Bismuth
Bi
Radon
Rn
Uranium
U