Which of the following units denotes the dimensions `ML^(2)//Q^(2)`, where Q denotes the electric charge ?

Which of the following units denotes the dimension (ML^(2))/(Q^(2)) , where Q denotes the electric charge?

Which of the followinf units denotes the dimensions of ML^(2)//Q^(2) , where Q denotes the electric charge, M denotes mass, L denotes length

Which one of the following units denotes the dimensions ML^2//Q^2 , where Q denotes the electric charge?

Which of the following units denots the dimensions ML^2 // Q^2 where Q denots the electric charge ?

Which of the following units denotes the dimension M^1 L^2 Q^(-2) ? (where Q denotes the electric charge)

Which of the following units denote the dimensions of (ML^(2))/(Q^(2)) where Q is the electric charge ?

Which of the following units denotes the electrical inductance ?

Which of the following statements are always correct (where Q denotes the set of rationals)?

Which of the following statements are always correct (where Q denotes the set of rationals)? (a)cos2theta in Q and sin2theta in Q rArr tantheta in Q (if defined), (b)tantheta in Q rArr sin2theta,cos2theta and tan2theta in Q (if defined) (c) if sintheta in Q and costheta in Q rArr tan3theta in Q (if defined) (d)if sintheta in Q rArr cos3theta in Q

Which of the following statements are always correct (where Q denotes the set of rationals)? (a) cos2theta in Q and sin2theta in Q rArr tantheta in Q (if defined), (b) tantheta in Q rArr sin2theta,cos2theta and tan2theta in Q (if defined) (c) if sintheta in Q and costheta in Q rArr tan3theta in Q (if defined) (d)if sintheta in Q rArr cos3theta in Q