The velocity of an object varies with time as `v = At^2 +Bt+C`. If units of vandt are expressed in SI. Find the units of constrats A, B and C.

The velocity of a body is given by v=At^2+Bt+C . If v and t are expressed in SI, what are the units of A,B and C?

If velocity v varies with time(t) as v=2t-3 , then the plot between v and t is best represented by :

If velocity v varies with time t as v=2t^(2) , then the plot between v and t^(2) will be given as :

If velocity v varies with time t as v=2t^(2) , then the plot between v and t^(2) will be given as :

The acceleration of an object is 5 km h^(-2) . What is its value in SI units ?

Velocity of a particle varies with time as v=athati+2ht^(2)hatj . If the particle starts from point (0,c) , the trajectory of the particle is

In the following equations, the distance x is in metres, the time t in seconds and the velocity v in (metres)/(second) . What are the SI units of the constants C_1 and C_2 ? (a). v^2=2C_1x (b). x=C_1cosC_2t (c ). v=C_1e^(-C_2t)

In S=a+bt+ct^2 . S is measured in metres and t in seconds. The unit of c is

If the velocity of light is taken as the unit of velocity and year as the unit of time find the unit of length?

Write the relation between S.I. unit and C.G.S. unit of force.