The relation between position and time are given below for particle moving along a straight line. Which of the following equation re-present uniformly accelerated motion
kvnmurty:
attach the equations...
Answers
Answered by
25
The equations are missing... however, I will answer with the logic. So please understand.
we are given equations like: s = f(t) or f(s, t) = k
Differentiate the equations wrt time. ds/dt = v(t).
Differentiate again wrt t..... a = dv/dt ... if that is a constant value not equal to 0 then the equation represents uniformly accelerated motion.
In the expression for s = f(t), the coefficient of t^2 should be non zero. There should not be terms with degree more than 2.
we are given equations like: s = f(t) or f(s, t) = k
Differentiate the equations wrt time. ds/dt = v(t).
Differentiate again wrt t..... a = dv/dt ... if that is a constant value not equal to 0 then the equation represents uniformly accelerated motion.
In the expression for s = f(t), the coefficient of t^2 should be non zero. There should not be terms with degree more than 2.
Similar questions