[" thith the usual notations,"],[" the following equation "],[S_(t)=u+(1)/(2)a(2t-1)" is "]

With the usual notations the following equation S_(t)=u+1/2a(2t-1) is

With the usual notations , check if the following equation S_(t) = u + (1)/(2) a ( 2t -1) is dimensionally correct or not.

With the usual notations , check if the following equation S_(t) = u + (1)/(2) a ( 2t -1) is dimensionally correct or not.

Solve the following equations : 3 (t-3) = 5 (2t - 1)

Solve the following equations. (t+1)/(2)-(2t-1)/(3)=(t+3)/(3)+(t-2)/(4)

With usual notation, the following equation, said to give the distance covered in the n"th" second. i.e., S_(n)=u+ (a(2n-1)/2) is

Find the derivatives of the following : x = (1-t^2)/(1+t^2), y = (2t)/(1+t^2)

The displacement s of an object is given as a function of time t by the following equation s=2t+5t^(2)+3t^(3) . Calculate the instantaneous velocity of the object at t = 1 s.

The displacement s of an object is given as a function of time t by the following equation s=2t+5t^(2)+3t^(3) . Calculate the instantaneous velocity of the object at t = 1 s.