Browse all quizzes
PhysicsGrade 2en

🚗 Friction & Resistance

Learn about friction—the force that slows or stops moving objects. This quiz explores how friction works between surfaces in contact, why it makes movement harder, and how different surfaces create different amounts of friction. Discover real-world examples of friction in your daily life and learn practical ways to increase or decrease friction. **What you'll learn:** - What friction is and how it affects moving objects - How friction varies on smooth vs. rough surfaces - Real-world examples of friction in daily activities - Ways to increase or decrease friction

17 questions · play in your browser
No signup required — try it for free.

Questions in this quiz

Answers hidden — play to find out.

  1. Question 1

    What is friction?

  2. Question 2

    Friction only happens when objects are moving very fast.

  3. Question 3

    Which surface would create the MOST friction when you slide a toy across it?

  4. Question 4

    Why do we use brakes on bicycles?

  5. Question 5

    Friction makes it easier for us to walk without slipping.

  6. Question 6

    When you rub your hands together quickly, what do you feel?

  7. Question 7

    Which activity is an example of friction helping us?

  8. Question 8

    A smooth surface like ice creates more friction than a rough surface like sandpaper.

  9. Question 9

    What happens when you slide a toy box across a carpeted floor?

  10. Question 10

    How can you DECREASE friction when sliding something across a floor?

  11. Question 11

    Adding oil or water to a surface increases friction.

  12. Question 12

    Which pair of surfaces would produce the LEAST friction?

  13. Question 13

    Why do athletes wear textured shoes instead of smooth ones?

  14. Question 14

    Friction is present whenever two surfaces rub against each other.

  15. Question 15

    What would happen if there was NO friction at all?

  16. Question 16

    Which of these is a way to INCREASE friction?

  17. Question 17

    Friction happens the same way on all surfaces.