Inductance L can be dimensional represented as

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

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-

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-

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-

In three dimensional space, x=0 represents the equation of-

The dimensional formula for inductance is

The dimensional formula for inductance is

What is dimensional representative of Young's modulus?