Consider the graph of velocity versus time shown in the figure for an object undergoing one-dimensional motion. What would the position versus time graph look like for this graph?

On a speed-time graph, what is the acceleration during the interval if the velocity changes from 20 m/s to 500 m/s in 6 s?

The figure below shows a position vs. time graph of a certain object. Which statements about the object's motion are true for the period of time shown in the graph? (more than one answer may apply) The initial velocity is negative The initial velocity is zero The initial velocity is positive The acceleration is negative The acceleration is zero The acceleration is positive

The diagram represents the acceleration versus time graph of an object. Which statement is true about the motion of the object? (m-s-2) a t (s) The object is moving with constant non-zero acceleration. The object is moving a constant velocity. The object is at rest. None of the choices provided.

An object moves along a straight line. The graph shows the position of the object as a function of time. Which of the segments of the graph does the object have a decreasing average speed with respect to time?

If a ball is thrown straight up into the air, what is its acceleration as it moves upward? How do I figure this out? it is asking for m/s

A car moves to the right at constant acceleration, starting from rest. In the figure the position of the car is shown at 1.1 s time intervals, and the tick marks on the x-axis are a distance 3.6 m apart. What is the acceleration of the car, in meters per second squared?

Sketch a velocity vs time graph of an object that is released from rest and then reaches termainal velocity. Be sure to label each coordinate axis.

Haley is driving down a straight highway at 67 mph. A construction sign warns that the speed limit will drop to 55 mph in 0.50 mi. What constant acceleration (in m/s2) will bring Haley to this lower speed in the distance available? Express your answer in meters per second squared.

From physics how do we calculate the formula sheet