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Object’s in Motion Study Guide – Chapter 4 PowerPoint Presentation
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Object’s in Motion Study Guide – Chapter 4. Define and explain the difference between speed and velocity. Define and explain the difference between displacement and distance. What is acceleration?

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Object’s in Motion Study Guide – Chapter 4

  • Define and explain the difference between speed and velocity.
  • Define and explain the difference between displacement and distance.
  • What is acceleration?
  • What is the difference between change in velocity and constant velocity. Sketch X-t and v-t graph as example.
  • Displacement __________ ___________ _______________
  • Distance ___________ ___________ _______________
  • Acceleration _______ ___________ _______________
  • Constant velocity _______ ___________ _______________
  • Change in velocity _______ ___________ _______________
  • Speed _______ ___________ _______________
  • Time _______ ___________ _______________
  • Constant acceleration _______ ___________ _______________
  • There are two equations we use when we have constant acceleration – horizontal or free fall (vertical) motion. Write the two equations.
  • What is the equations for constant velocity?
  • Displacement example problem:
  • A truck moves 70 m east, then moves 120 m west, and finally moves east again a distance of 90 m. If east is chosen as the positive direction, what is the truck's resultant displacement?
    • 40 m
    • -40 m
    • 280 m
    • -280 m

Determine the SI unit for each quantity and determine if it is a vector or scalar quantity.

SI unit Vector Scalar

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16. If a car is moving southward with a constant velocity, what direction is its velocity?

  • 17. If a car starts from rest then reaches a max velocity of 60 mi/hr in the positive direction, which direction is its acceleration?
  • 18. If a car starts from rest then reaches a max velocity of 60 mi/hr in the negative direction, which direction is its acceleration?
  • 19. If a car is traveling in the positive direction with a velocity of 60 mi/hr before coming to rest, which direction is its acceleration?
  • 20. How can a car be traveling at a constant speed but have a change in velocity?
  • What is a free falling object? How is it different than object traveling in the horizontal direction?
  • If a ball is tossed in the air, at max height, what is its acceleration and velocity?
  • A ball falling from a roof will have a positive or negative velocity? What is its acceleration?
  • A car is traveling with a constant velocity northbound. What is its average velocity if it travels 200 mi in 2.3 hour. Final answer in sig figs. Don’t forget units.
  • A car is traveling with a speed of 45 m/s southbound. How far di the car travel in 245 seconds? Final answer in sig figs. Don’t forget units.

Problem Solving

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Problem Solving

  • 27. A penny is dropped from a building in 34.2 seconds. How tall is the building?
  • 28. You drop a water balloon from a building. It takes the balloon 0.89s to reach the ground. How far did you drop it.
  • A car starting from rest accelerates in the positive direction at 2.5 m/s2 in 1.2s. How far di the car travel during this time?
  • A car starting from rest reaches a max velocity of 55mi/hr in 0.22 hr. What is the car’s acceleration during the 0.22hr?
  • A dog runs in positive direction with initial speed of 2.3m/s. In 6.0s it reaches a speed of 4.3m/s, what is the dog’s acceleration?
  • How many hours in a minute?
  • How many seconds in an hour?
  • How many kilometers in a meter?
  • How many cm in a meter?
  • Below is two position (x) vs. Time (t) graph. Units are meters and seconds respectively. Answer the following questions for each graph:
    • Is the object traveling in the positive or negative direction.
    • What is the velocity (slope) of each graph?
    • What is the acceleration of each graph?
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31. Below is two position (x) vs. Time (t) graph. Units are meters and seconds respectively. Answer the following questions for each graph:

    • Is the object traveling in the positive or negative direction.
    • Does the object have constant velocity or constant acceleration?