Dimensional Formula
frequency formula
1/t
velocity gradient formula
1/t
torque formula
=Fxr
Area
A=L2
A variable
Angle
Planck's constant formula
E=hf
Stress formula
F/A
pressure formula
F/a
Force Constant Formula
F=kx
Surface Tension Formula
Fl
impulse formula
Ft
Universal Gravitational Constant formula
G=Fd2/m1m2
Universal Gravitational Constant
M-1L3T-2
Frequency
M0L0T-1
Velocity Gradient
M0L0T-1
Angular Velocity
M0LOT-1
Velocity
M0LT-1
Acceleration
M0LT-2
Modulus of Elasticity
ML-1T-2
Power
ML-1T-2
Pressure
ML-1T-2
Stress
ML-1T-2
Density
ML-3
Force Constant
ML0T-2
Surface Tension
ML0T-2
Planck's Constant
ML2T-1
Torque
ML2T-2
Work/Energy
ML2T-2
Moment of Inertia
ML2T0
Impulse
MLT-1
Force
MLT-2
moment of inertia formula
Mk2
Strain
No unit M0L0T0
Volume
V=L3
angle formula
arc/radius
velocity formula
d/t
Work/Energy Formula
fd
Pressure and stress
has the same formula = F/A
density formula
m/v
Force formula
ma
Angle
no unit M0LOT0
Work/Energy and Torque
same formula
Angular Velocity, Frequency, Velocity Gradient
same formula = 1/t
Surface tension and Force Constant
same formula = F/L
taken as ratio
strain
no dimensional formula
strain and angle
Modulus of elasticity formula
stress/strain
acceleration formula
v/t
power formula
w/t
distance is denoted by
x
angular velocity formula
θ/t
