3. Suppose a quantity y can be the dimensionally represented in terms M,L and T, that is [y] = [MaLbTc]. The quantity mass (a) may be represented in terms of L,T and y if a = 0 (b) may be...

3. Suppose a quantity y can be the dimensionally represented in terms M,L and T, that is [y] = [M^aL^bT^c]. The quantity mass

(a) may be represented in terms of L,T and y if a = 0

(b) may be represented in terms of L,T and y if a≠ 0.

(c) can always be dimensionally represented in terms of L,T and y.

(d) can never be dimensionally represented in terms of L,T and y.