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6 Nov 2019
The position of a body oscillating on a spring is given by x = Asinxt, where A and x are constants. A = 5cm, x = 0.175s-1
(a) Plot x as a function of t for 0 < t < 36s.
(b) Measure the slope of your graph at t = 0 to find the velocity of the time
(c) Calculate the average velocity for a series of intervals, beginning at t=0 and ending at t = 6, 3, 2, 1, 0.5, and 0.25s
(d) Compute dx/dt to find the velocity at time t = 0
(e) Compare your results in parts (c) and (d) and explain why your part(c) results approach your part (d) result.
The position of a body oscillating on a spring is given by x = Asinxt, where A and x are constants. A = 5cm, x = 0.175s-1
(a) Plot x as a function of t for 0 < t < 36s.
(b) Measure the slope of your graph at t = 0 to find the velocity of the time
(c) Calculate the average velocity for a series of intervals, beginning at t=0 and ending at t = 6, 3, 2, 1, 0.5, and 0.25s
(d) Compute dx/dt to find the velocity at time t = 0
(e) Compare your results in parts (c) and (d) and explain why your part(c) results approach your part (d) result.
Coleen AmadoLv10
23 Jan 2019
