(moderate) By analyzing the v-t graph shown here, answer the questions below. What is the total area under the v-t graph you created? How does that answer correlate to the x-t graph?Ĥ. What is the average velocity during the final three seconds?į. What is the average speed of the object over the entire experiment?Į. What is the average velocity of the object over the entire experiment?ĭ. What is the velocity of the object during the first 5 seconds?Ĭ. Create an accurate v-t graph that expresses the same motion.ī. The final segment of the graph has a width of 3 seconds.Ī. The width of the middle segment of the graph is 6 seconds. The first segment of the graph has a width of 5 seconds and a height of 7 m. (moderate) By analyzing the x-t graph shown here, answer the questions below. (easy) If the time axis in question #1 was shifted upward how would that change your response to the question?ģ. Describe (in words) what the car is doing during the experiment and what devices on the car must be utilized for the motion to occur.Ģ. (easy) The graph below shows how a car moves along a straight road as a function of time.

Practice Problems: Uniform Circular MotionĬlick here to see the solutions to these problems.ġ.

Presentation: Constant Acceleration Kinematics.Practice Problems: Extremes and Inflections.Presentation: Graphical Analysis of Motion.Presentation: Unit Vectors and Vector Mathematics.Practice Problems: Calculus for Physics.

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