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5 questions
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  • Q1
    Identify the four forces in this situation
    Question Image
    Gravity, applied, normal, magnetic
    Friction, spring, tension, applied
    Gravity, tension, normal, applied
    Friction, gravity, normal, applied
    120s
    112.39.c.4.d
  • Q2
    Find the mass of the runner using information from the graph above. (Fg=mg ; g =9.8m/s2)
    Question Image
    m=100kg
    m=9.8kg
    m=200kg
    m=98kg
    120s
    112.39.c.4.d
  • Q3
    According to the diagram and information above, what is the value of the frictional force on the runner?
    Question Image
    500N
    0N
    700N
    300N
    120s
    112.39.c.4.d
  • Q4
    If the mass of this object were tripled, what would the new Force of gravity be on the car?
    Question Image
    1960N
    2940N
    3000N
    980N
    120s
    112.39.c.4.d
  • Q5
    What would an acceleration vs time graph look like for the following object?
    Question Image
    A curved line with a positive increasing slope
    A straight line with positive constant slope
    A curved line with positive decreasing slope
    A flat line at 2m/s^2
    120s
    112.39.c.4.d

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