Newton's Second Law - Everyday Objects & Vehicles Exercise

Newton's Second Law - Everyday Objects & Vehicles

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Newton's Second Law - Everyday Objects & Vehicles

In this engaging exercise, students will explore Newton's Second Law of Motion by analyzing the forces acting on everyday objects and vehicles. Through hands-on experiments and real-life examples, learners will calculate acceleration, mass, and force, deepening their understanding of this fundamental principle of physics.

Questions

  1. MultiChoice

    A 1000 kg car accelerates at 3 m/s'. What force does the engine exert?

  2. MultiChoice

    A 1200 kg vehicle experiences a 2400 N net force. What is its acceleration?

  3. MultiChoice

    A bicycle and rider with total mass 80 kg accelerate at 1.5 m/s'. Find net force.

  4. MultiChoice

    A shopping cart pushed with 30 N accelerates at 2 m/s'. What is its mass?

  5. MultiChoice

    What net force is needed to accelerate a 1500 kg truck at 2 m/s'?

  6. MultiChoice

    A toy car of mass 0.2 kg accelerates at 5 m/s'. Calculate net force.

  7. MultiChoice

    A bus of mass 5000 kg accelerates at 1.2 m/s'. Find the required net force.

  8. MultiChoice

    An engine provides 4000 N net force on a 2000 kg vehicle. What is the acceleration?

  9. MultiChoice

    An 800 kg elevator accelerates upward at 2 m/s'. What net force causes this?

  10. MultiChoice

    A skateboarder (mass 50 kg) accelerates at 0.8 m/s'. Calculate the net force.

  11. MultiChoice

    A 20 kg suitcase is pulled with a net force of 40 N. What is its acceleration?

  12. MultiChoice

    A drone of mass 2 kg accelerates vertically at 3 m/s'. What net force acts on it?