Volumetric Thermal Expansion

delta_V = beta_v·V·ΔT

What it says

How much a volume grows when heated.

Symbol	Quantity	Dimension
`delta_V`	Volume change (m^3)	`L^3`
`beta_v`	Volume expansion coefficient (1/K)	`Θ^-1`
`V`	Original volume (m^3)	`L^3`
`ΔT`	Temperature change (K)	`Θ`

Enter what you know. No account needed.

beta_v — Volume expansion coefficient1/KV — Original volumem^3ΔT — Temperature changeKdelta_V — Volume changem^3

Fill in all but one: beta_v, V, ΔT, delta_V are all empty.