If mass (M), length (L) and force (F) are considered as fundamental quantities then, find the dimensional formula for time

If area (A), density (D) and force (F) are taken as fundamental quantities, find the dimensional formula for young's modulus.

If force (F), length(L) and time (T) as chosen as the fundamental quantities, then what would be the dimensional formula for the density?

If the energy (E), velocity (v) and force (F) are taken as fundamental quantities, then what is the dimensional formula for mass?

If force F, Length L and time T are chosen as fundamental quantities , the dimensioal formula for mass is

If force F , Length L and time T are chosen as fundamental quantites, the dimensional formula for Mass is

If force F , Length L and time T are chosen as fundamental quantites, the dimensional formula for Mass is

If velocity v acceleration A and force F are chosen as fundamental quantities, then the dimensional formula of angular momentum is terms of v,A and F would be

If velocity v acceleration A and force F are chosen as fundamental quantities, then the dimensional formula of angular momentum is terms of v,A and F would be

If force 'F' length 'L' and time 'T' are chosen as fundamental quantities,the dimensional formula for mass is

If force (F), Work (W) and Velocity (V) are taken as fundamental quantities, then the dimensional formula of time (T) is