Form 14: Calculating Force & Distance Inputs Exercise

Form 14: Calculating Force & Distance Inputs

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Form 14: Calculating Force & Distance Inputs

In this exercise, students will explore the relationship between force and distance through a series of hands-on experiments and calculations, developing a deep understanding of Newton's laws of motion while applying critical thinking skills to solve real-world problems. Get ready to measure, calculate, and discover the physics behind everyday movements!

Questions

  1. MultiChoice

    If a lever has an IMA of 4, how far must you move the effort arm to raise the load 0.5 meters?

  2. MultiChoice

    Using an ideal ramp with IMA = 5, how much input force is needed to lift a 100 N weight?

  3. MultiChoice

    In an ideal machine (100% efficient), Work Input ALWAYS equals:

  4. MultiChoice

    To lift a 600 N box 1 meter high using 150 N input force, what input distance is required?

  5. MultiChoice

    If total work input is 240 J and input force is 30 N, what is the input distance?

  6. MultiChoice

    A pulley system requires 50 N force over 12 m to lift a load 3 m high. What is the load weight force?

  7. MultiChoice

    Calculate the effort force needed for a 100% efficient machine with IMA = 8 to lift a 400 N load:

  8. MultiChoice

    If you push with 40 N force across a distance of 5 meters, how much work input did you supply?

  9. MultiChoice

    Lifting a 300 N weight to a height of 2 meters yields how much work output?

  10. MultiChoice

    If output distance is 0.5 meters and machine IMA is 6, what is the required input distance?

  11. MultiChoice

    If you lift a 900 N stone using a lever with an AMA of 3, what effort force do you apply?

  12. MultiChoice

    A machine delivers 450 J work output from 500 J work input. How much work was lost to friction?