Dashboard | Colorado Virtual A X Physics A (FA22) 1 - Activities x 5Mod2_PositionvsTimeActivity.p x *Course Hero x b Answered: Claudia wants to me x + C A s3.amazonaws.com/content.accelerate-ed.com/Secondary/docs/PhysicsA/Mod2_PositionvsTimeActivity.pdf * IM Mod2_Positionvs TimeActivity.pdf 1 / 4 100% + Part 1: Understanding Position vs. Time Graphs 1. Describe the movement of the object that would produce the following graph. What is its velocity? Position (m) Time isy 2 2. Describe the movement of the object that would produce the following graph. What is its velocity? Position (m Time (s ) NEXT PAGEDashboard | Colorado Virtual A X Physics A (FA22) 1 - Activities X 5Mod2_PositionvsTimeActivity.p x *Course Hero x b Answered: Claudia wants to me x + C A s3.amazonaws.com/content.accelerate-ed.com/Secondary/docs/PhysicsA/Mod2_PositionvsTimeActivity.pdf * IM Mod2_Positionvs TimeActivity.pdf 2 / 4 100% + 3. How would this graph change if the velocity were less? 4. Describe the movement of the object that would produce the following graph. What is its velocity? Time (s) 2 5. Predict how the graph would change if the velocity were - 3 m/s. 6. When you look at two different position and time graphs, how can you tell which one has a higher velocity? 7. How is the graph different when the velocity is negative?Dashboard | Colorado Virtual A X Physics A (FA22) 1 - Activities x 5Mod2_PositionvsTimeActivity.p x *Course Hero x b Answered: Claudia wants to me x + C A s3.amazonaws.com/content.accelerate-ed.com/Secondary/docs/PhysicsA/Mod2_PositionvsTimeActivity.pdf * IM Mod2_Positionvs TimeActivity.pdf 3 / 4 100% + B. Describe the motion that would be needed for an object to create the following position vs time graph. Position (m) D 2 Time (s) 3 9. Give the velocity for each part of the graph in the problem above. A -B B- C C-D D- E E-FDashboard | Colorado Virtual A X Physics A (FA22) 1 - Activities x 5Mod2_PositionvsTimeActivity.p x *Course Hero x b Answered: Claudia wants to me x + C A s3.amazonaws.com/content.accelerate-ed.com/Secondary/docs/PhysicsA/Mod2_PositionvsTimeActivity.pdf * IM Mod2_Positionvs TimeActivity.pdf 4/4 100% + 10. The instantaneous velocity is the velocity that an object is going at a particular moment. When the line on the graph has a constant slope, the velocity is constant, so the instantaneous velocity is the same during the time. What is the instantaneous velocity of the object that produced the graph above at 3 seconds? What is the instantaneous velocity at 5.5 seconds? 2 3