Newton's Second Law - Sports & Athletics Applications Exercise

Newton's Second Law - Sports & Athletics Applications

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Newton's Second Law - Sports & Athletics Applications

Explore the fascinating connection between physics and sports in this engaging exercise, where you'll analyze real-life scenarios in athletics to understand and apply Newton's Second Law of Motion. Dive into the dynamics of your favorite sports, calculating forces, accelerations, and the impact of mass, to see how these principles enhance athletic performance!

Questions

  1. MultiChoice

    A soccer ball (mass 0.4 kg) is kicked with an acceleration of 50 m/s'. What force was applied?

  2. MultiChoice

    A baseball (mass 0.15 kg) accelerates at 200 m/s' during a throw. Calculate the force.

  3. MultiChoice

    A sprinter with mass 70 kg accelerates from start at 4 m/s'. What force do they exert?

  4. MultiChoice

    A tennis ball (mass 0.06 kg) is hit with a force of 12 N. What is its acceleration?

  5. MultiChoice

    A bowling ball (mass 6 kg) accelerates down the lane at 3 m/s'. What force was applied?

  6. MultiChoice

    A basketball player (mass 70 kg) pushes off with 350 N net force. Acceleration?

  7. MultiChoice

    A hockey puck (mass 0.16 kg) accelerates at 100 m/s' when struck. Find force.

  8. MultiChoice

    A swimmer exerts 150 N force, accelerating at 2 m/s'. Find swimmer mass.

  9. MultiChoice

    A golf ball (mass 0.05 kg) experiences 100 N force when hit. Acceleration?

  10. MultiChoice

    An arrow (mass 0.02 kg) is shot with 50 N force. Calculate acceleration.

  11. MultiChoice

    A shot putter pushes a 7 kg shot with acceleration of 10 m/s'. Force applied?

  12. MultiChoice

    A bobsled team pushes a 200 kg sled with a net force of 600 N. Acceleration?