If I throw a ball vertically upwards with a velocity of 15 m/s and we assume the gravitational acceleration is 10 m/s^2. Draw the distance-time, and velocity-time graphs, how long is the ball in the air before it returns to the point I threw it from?
We will need a SUVAT equations, so first fill in what information we have:S = 0 (the point where the ball returns to the start)U = +15 m/sV = -15 m/s (from graph)A = -10 m/s (important that this is the opposite sign to U)T = We are trying to find thisWe can use :V = U + A*Trearrange:T = (V-U)/A = (-30)/(-10) = 3 Seconds
BF
Related Maths A Level answers
All answers ▸What is implicit differentiation and how do I do it?
Evaluate the integral between 5 and 3 for xe^x
Show the sum from n=0 to 200 of x^n given that x is not 1, is (1-x^201)/(1-x) hence find the sum of 1+2(1/2)+3(1/2)^2+...+200(1/2)^199
What is the gradient of this curve y=5x^3+6x^2+7x+8 at point x=3?