Find the dimensions of energy density.

Assertion : Pressure has the dimensions of energy density. Reason : Energy density = ("energy")/("volume")=(["ML"^(2)"T"^(-2)])/(["L"^(3)]) =["ML"^(-1)"T"^(-2)]="pressure"

Statement I: Pressure has the dimensions of energy density. Statement II: Energy density = ("energy")/("volume")=(ML^(2)T^(-2))/(L^(3))=ML^(1)T^(-2)

Assertion : Pressure has the dimensions of energy density. Reason : Energy density = ("energy")/("volume")=(["ML"^(2)"T"^(-2)])/(["L"^(3)]) =["ML"^(-1)"T"^(-2)]="pressure"

What are dimensions of energy density?

Taking foce, length and time to be the fundamental quantities find the dimension of a. density, b. pressure, c. momentum and d. energy

Taking foce, length and time to be the fundamental quantities find the dimension of a. density, b. pressure, c. momentum and d. energy

Taking foce, length and time to be the fundamental quantities find the dimension of a. density, b. pressure, c. momentum and d. energy

Taking foce, length and time to be the fundamental quantities find the dimension of a. density, b. pressure, c. momentum and d. energy

Taking "force" F, "length" L and "time" T to be the fundamental equations , find the dimensions of (a) density (b) pressure (c ) momentum and (d) energy