Template: Ed

SI mechanics units SI mechanics units Name Symbol Dimensions Quantity second (SI base unit) s s Time metre (SI base unit) m m Distance square metre m2 m2 Area cubic metre m3 m3 Volume metre per second m/s m·s−1 Velocity metre per second squared m/s2 m·s−2 Acceleration kilogram (SI base unit) kg kg Mass kilogram metre per second kg·m/s m·kg·s−1 Momentum newton N m·kg·s−2 Force pascal Pa = N/m2 m−1·kg·s−2 Pressure joule J = N·m m2·kg·s−2 Energy newton metre N·m m2·kg·s−2 Torque watt W = J/s m2·kg·s−3 Power hertz Hz = 1/s s−1 Frequency radian per second rad/s s−1 Angular velocity radian per second squared rad/s2 s−2 Angular acceleration kilogram square metre kg·m2 m2·kg Moment of inertia kilogram square metre per second kg·m2/s m2·kg·s−1 Angular momentum
Name	Symbol	Dimensions	Quantity
second (SI base unit)	s	s	Time
metre (SI base unit)	m	m	Distance
square metre	m2	m2	Area
cubic metre	m3	m3	Volume
metre per second	m/s	m·s−1	Velocity
metre per second squared	m/s2	m·s−2	Acceleration
kilogram (SI base unit)	kg	kg	Mass
kilogram metre per second	kg·m/s	m·kg·s−1	Momentum
newton	N	m·kg·s−2	Force
pascal	Pa = N/m2	m−1·kg·s−2	Pressure
joule	J = N·m	m2·kg·s−2	Energy
newton metre	N·m	m2·kg·s−2	Torque
watt	W = J/s	m2·kg·s−3	Power
hertz	Hz = 1/s	s−1	Frequency
radian per second	rad/s	s−1	Angular velocity
radian per second squared	rad/s2	s−2	Angular acceleration
kilogram square metre	kg·m2	m2·kg	Moment of inertia
kilogram square metre per second	kg·m2/s	m2·kg·s−1	Angular momentum