Action and reaction are equal but opposite in direction. These forces always act in pairs. Do they balance each other? Can bodies move under an action-reaction pair?

Action and reaction forces act on different bodies, so they do not cancel each other out. Since they act on separate objects, they can cause motion, as seen when a swimmer pushes water backward and moves forward.

Related Questions:

  1. When a motorcyclist hits a stationary car, he may fly off the motorcycle, and the driver in the car may get a neck injury. Explain.
  2. In autumn, when you shake a branch, the leaves are detached. Why?
  3. Why is it not safe to apply brakes only on the front wheel of a bicycle?
  4. Deduce Newton’s first law of motion from Newton’s second law of motion.
  5. A man slips on an oily floor; he wants to move out of this area. He is alone. He throws his bag to move out of this slippery area. Why is it so?
  6. How would you use Newton’s third law of motion and the law of conservation of momentum to explain the motion of a rocket?
  7. Why are cricket batters’ gloves padded with foam?
  8. Where will your weight be greater, near Earth or near the Moon? What about mass?
  9. Q.1 Define Physics. Describe its revolutionary role in technology.
  10. Q2. List with brief descriptions of different branches of physics.
  11. Physical Quantities and Measurement
  12. Kinematics-mcq
  13. Dynamics-1
  14. Dynamics-II
  15. Pressure and Deformation in Solids
  16. Work and Energy
  17. Density and Temperature
  18. Magnetism
  19. Nature of Science and Physics
  20. Q.1 How does physics play an important role in our life?