Help !A toy car is rolled across a table. Students time how long it takes the car to travel specific distances. Theythen plot their data as a position time graph.9aNVTime (s)Position (m)What can the students determine about the motion of the car based on the position-time graph?2A@WSThe car was accelerating forward.The car was moving at a constant velocity forward.Thecar was moving at a constant velocity backwards.X#m3ed$A4Ur%5SERENSaveDELLOll6b9 >&7h8PRESu(9SEGNANDm4Oalt @2What can the students determine about the motion of the car based on the position-time graph?Position (m)WSA The car was accelerating forward.BCTime (s)The car was moving at a constant velocity forward.The car was moving at a constant velocity backwards.The car was not moving.#3edC$r%5gOll^6SaveDELLy&7th9 >C★81O93k0PBON

Name: Help !A toy car is rolled across a table. Students time how long it ta
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Description: Help !A toy car is rolled across a table. Students time how long it takes the car to travel specific distances. Theythen plot their data as a position time graph.9aNVTime (s)Position (m)What can the students determine about the motion of the car base

Given data: The position vs time graph Required: The velocity of the object

Science

Physics

A toy car is rolled across a table. Students time how long it takes the car to travel specific distances. They then plot their data as a position time graph. Position (m) Time (s) What can the students determine about the motion of the car based on the position-time graph? A The car was accelerating forward. B The car was moving at a constant velocity forward. The car was moving at a constant velocity backwards.

A toy car is rolled across a table. Students time how long it takes the car to travel specific distances. They then plot their data as a position time graph. Position (m) Time (s) What can the students determine about the motion of the car based on the position-time graph? A The car was accelerating forward. B The car was moving at a constant velocity forward. The car was moving at a constant velocity backwards.

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter2: Representing Motion

Section: Chapter Questions

Problem 66A

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