Is there a physics equation having to do with acceleration, time, and velocity?
In basic mechanics there are a series of equations known as the equations of motion. These equations make use of 5 variables known as SUVAT where s = the distance between initial and final positions (displacement) (sometimes denoted R or x) u = the initial velocity v = the final velocity a = the constant acceleration t = the time taken to move from the initial state to the final state The 5 equations are v = u + at s = (0.5)(u + v)t s = ut + (0.5)at^2 (^2 means squared) v^2 = u^2 + 2as s = vt – (0.5)at^2 note that these only work if the acceleration is constant. Non constant acceleration is a bit more complicated. Also, if you plot a time by velocity graph. You can work at the acceleration at a certain point by the gradient of that line.
