A physical quantity x can dimensionally represented in terms of M, L and T that is `x=M^(a) L^(b) T^(c)`. The quantity time-

Suppose a quantilty x can be dimensionally represented in terms of M,L and T, that is [x], M^aL^bT^c . The quantity mass

Suppose a quantilty x can be dimensionally represented in terms of M,L and T, that is [x], M^aL^bT^c . The quantity mass

The dimensional formula of physical quantity is M^(a) L^(b) T^( c) . Then that physical quantity is

The dimensional formula of physical quantity is [M^(a)L^(b)T^(c)] .Then that physical quantity is

The dimensional formula of physical quantity is [M^(a)L^(b)T^(c)] .Then that physical quantity is

Assertion : All physical quantities can be represented dimensionally in terms of the base quantities. Reason : A base quantity cannot be represented dimensionally in terms of remaining base quantities.

Write physical quantity having dimensions [M^1L^-1T^-2] .

Name physical quantity having the dimensional formula. [M^1L^-3T^0]

Name physical quantity having the dimensional formula. [M^1L^2T^-2]