Quantitative & Conceptual Inertia Problems Exercise

Quantitative & Conceptual Inertia Problems

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Quantitative & Conceptual Inertia Problems

Dive into the world of physics with our engaging exercise on Quantitative & Conceptual Inertia Problems, where you'll explore the principles of inertia through real-life scenarios and mathematical calculations to strengthen your understanding of motion and force. Challenge your critical thinking as you analyze different situations and apply Newton's laws to unravel the mysteries of how objects resist changes in their state of motion!

Questions

  1. MultiChoice

    Object A has a mass of 5 kg. Object B has a mass of 50 kg. Which object has 10 times more inertia?

  2. MultiChoice

    A 1000 kg car and a 2000 kg truck travel at 20 m/s. Which requires a larger braking force to stop in 5 seconds?

  3. MultiChoice

    An object of mass 10 kg moves at a constant speed of 4 m/s. What net force acts on it?

  4. MultiChoice

    If net force F = 0 N on an object of mass 2 kg, its acceleration is:

  5. MultiChoice

    Which object requires the LEAST net force to accelerate?

  6. MultiChoice

    A box is pushed right with 25 N force and pulled left with 25 N force. The net force is:

  7. MultiChoice

    A 5 kg object travels at 12 m/s in outer space. How much force is needed to keep it moving at 12 m/s?

  8. MultiChoice

    If two bodies have an inertia ratio of 3:1, their masses are in a ratio of:

  9. MultiChoice

    An airplane flies at constant altitude and steady speed of 800 km/h. Forward engine thrust is 100,000 N. What is air resistance drag?

  10. MultiChoice

    A 2 kg block rests on a table. Downward gravity is 19.6 N. What is the upward normal force?

  11. MultiChoice

    If an object's mass is tripled, its inertia will:

  12. MultiChoice

    A puck of mass 0.16 kg slides on ice at 15 m/s. If friction is negligible, its speed after 10 seconds is: