Newton's Second Law - Metric Units & Unit Conversions Exercise

Newton's Second Law - Metric Units & Unit Conversions

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Newton's Second Law - Metric Units & Unit Conversions

Dive into the fascinating world of physics with our "Newton's Second Law - Metric Units & Unit Conversions" exercise, where students will explore the relationship between force, mass, and acceleration while mastering the skill of converting between metric units through engaging problem-solving activities!

Questions

  1. MultiChoice

    A force of 1 kN (1000 N) acts on a 200 kg object. What is its acceleration?

  2. MultiChoice

    A 500 g (0.5 kg) ball accelerates at 20 m/s'. What force acts on it?

  3. MultiChoice

    A 250 g (0.25 kg) glider experiences a 2 N force. What is acceleration?

  4. MultiChoice

    A 2 kN (2000 N) force acts on a 500 kg car. Find acceleration.

  5. MultiChoice

    An 800 g (0.8 kg) object is pushed with a 4 N force. Calculate acceleration.

  6. MultiChoice

    An object accelerates at 4 m/s' under a 0.5 kN (500 N) force. What is mass in kg?

  7. MultiChoice

    A 1.5 kg object is pushed with 0.03 kN (30 N) force. Calculate acceleration.

  8. MultiChoice

    A 100 g (0.1 kg) hockey puck experiences a force of 5 N. Acceleration?

  9. MultiChoice

    A 3000 kg truck accelerates at 3 m/s'. What is the net force in kN?

  10. MultiChoice

    A mass of 400 g (0.4 kg) accelerates at 15 m/s'. What force acts on it in Newtons?

  11. MultiChoice

    A force of 0.2 kN (200 N) accelerates a body at 5 m/s'. Find mass in kg.

  12. MultiChoice

    A 50 g (0.05 kg) golf ball accelerates at 1000 m/s' when hit. Force in Newtons?