Period 5 Horizontal Projectile Practice

7 Questions | Total Attempts: 41

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Problem Solving Quizzes & Trivia

Walks you through solving a horizontal projectile problem.


Questions and Answers
  • 1. 
    A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which variables belong on the x side of the T chart? Check all that apply.
    • A. 

      V= 13 m/s

    • B. 

      Vi=0 m/s

    • C. 

      A= -9.8 m/s

    • D. 

      D= 11m

    • E. 

      D= -11 m

    • F. 

      Vf=0 m/s

  • 2. 
    A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which variables belong on the y side of the T chart? Check all that apply.
    • A. 

      V= 13 m/s

    • B. 

      Vi=0 m/s

    • C. 

      A= -9.8 m/s/s

    • D. 

      D= 11m

    • E. 

      D= -11 m

    • F. 

      Vf=0 m/s

  • 3. 
    A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which equation will you be using on the x side of the T chart?
    • A. 

      Constant acceleration equation 1

    • B. 

      V=d/t

    • C. 

      Constant acceleration equation 2

    • D. 

      Constant acceleration equation 3

    • E. 

      Constant acceleration equation 4

  • 4. 
    A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which variable should you try to solve for first?
    • A. 

      Vf

    • B. 

      Vi

    • C. 

      D d

    • D. 

      T

    • E. 

      A

  • 5. 
     A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which equation will you be using on the y side of the T chart?
    • A. 

      V=d/t

    • B. 

      Constant acceleration equation 1

    • C. 

      Constant acceleration equation 2

    • D. 

      Constant acceleration equation 3

    • E. 

      Constant acceleration equation 4

  • 6. 
    A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? How long will it take the dog to hit the water?
    • A. 

      1.05 s

    • B. 

      1.49 s

    • C. 

      2.2 s

    • D. 

      This problem cannot be solved

    • E. 

      Constant acceleration equation 4

  • 7. 
    A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? How far will the dog land from the bottom of the cliff
    • A. 

      8.72 m

    • B. 

      0.11 m

    • C. 

      19.37 m

    • D. 

      This problem cannot be solved

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