A group of students attach a cart of mass m, resting on a frictionless surface, to an ideal spring. The cart is displaced to the right a distance Ax from equilibrium and released. A motion detector collects data to make the graph shown below of the cart's position as a function of time. 2- -2- A. How far was the cart displaced to the right? B. How long does it take the cart to make one complete oscillation? C. How many oscillations does the cart make in the 6.0 seconds shown? D. What information can you deduce from the slope of the line? E. What is the period of the cart's motion? F. What is the frequency of the cart's motion? G. Use the graph above to complete the table below: Time(s) of Time(s) of Times Timefe) of Time('s) of marimum marimum marimum maximum when positive nepoffin Goofferation ooceleration acceleration