Mass is a quantity that gives an idea about how much matter is present in an object. It is a quantitative measure of inertia. And acceleration is inversely proportional to inertia.
The relation between force and mass is given by:
F = ma or m = F/a
The relation between density, mass, and volume is given by:
𝛒 = m/V or m = 𝛒V
The relation between Kinetic energy, mass, and velocity is given by:
K = ½ mv2 or m = 2K/v2
The relation between Potential energy, mass, the acceleration due to gravity and height is given by:
P = mgh or m = P/gh
The well known Einstein’s mass-energy relation that provides mass-energy formula is,
m = E / c2
Where, E = energy, m = mass, c = speed of light
The relation between mass(m), velocity(v) and momentum(p) is given by:
p = mv or m = p/v
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