If `F = at^-1 + bt^2` be any equation where F = force, t = time, a and b arc cosntant. Then what is the dimension of a and b?

If P = pressure, X = distance, t = time in the equation P = (a - t^2)/bx that what is the dimension of a/b

If x = a+bt+ ct^(2) , where x is in metres and t in seconds what are the dimensions of b and c?

If the force acting on a body at time t is F = at^(-1)+bt^(2) then find out the dimensions of a and b.

The velocity of a particle in time t is v = at + (b)/(t+c) . The dimension of a, b and c are

If force (F) Length (L) and time (T) have the basic units what would be the dimension of mass ?

The equation of state of a gas is given by (p+(a)/V^(3))(V-b^(2))=cT where p, V and T are pressure volume and temperature respectively and a, b,c are constants. The dimensions of a and b are respectively

If velocity (v) acceleration (A) and force (F) are three fundamental quantities in a system then what will be the dimension of linear momentum in this system?