QUANTITY HAVING SAME DIMENSIONS

 

S.N. Dimension Quantity

(1) [M0L0T–1] Frequency, angular frequency, angular velocity, velocity 

gradient and decay constant

(2) [M1L2T–2] Work, internal energy, potential energy, kinetic energy, 

torque, moment of force

(3) [M1L–1T–2] Pressure, stress, Young’s modulus, bulk modulus, modulus 

of rigidity, energy density

(4) [M1L1T–1] Momentum, impulse

(5) [M0L1T–2] Acceleration due to gravity, gravitational field intensity

(6) [M1L1T–2] Thrust, force, weight, energy gradient

(7) [M1L2T–1] Angular momentum and Planck’s constant

(8) [M1L0T–2] Surface tension, Surface energy (energy per unit area)

(9) [M0L0T0] Strain, refractive index, relative density, angle, solid 

angle, distance gradient, relative permittivity (dielectric 

constant), relative permeability etc.

(10) [M0L2T–2] Latent heat and gravitational potential

(11) [M0L0T–2K–1] Thermal capacity, gas constant, Boltzmann constant and 

entropy

(12) [M0L0T1]

 g = acceleration due to gravity, m = mass, k = spring 

constant

(13) [M0L0T1] L/R RC where L = inductance, R = resistance,

C = capacitance

(14) [ML2T–2] I2Rt, Vlt, qV, Ll2, CV2 where I = current, 

t = time q = charge, L = inductance, C = capacitance, 

R = resistance