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Newton's Laws and Circular Motion in Physics: Concepts and Quiz

Explore the principles of motion relating to forces, acceleration, and circular tracks in physics, and test your knowledge with interactive quiz questions. Understand Newton's Laws and their application in circular motion scenarios.

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Newton's Laws and Circular Motion in Physics: Concepts and Quiz

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  1. SMDEP Physics UCM, Rel. Motion, and Newton’s Laws

  2. 0 Seconds Remaining 45 of 70 Ch.4, #9what is the magnitude of the force? • 12.2 X 105 N • 10.1 X 105 N • 9.3 X 105 N • 3.1 X 105 N • Other • Didn’t finish

  3. 0 Seconds Remaining 43 of 70 Ch.4, #23what is the magnitude of the force? • 1000 N • 2000 N • 3000 N • 4000 N • Other • Didn’t finish

  4. 0 Seconds Remaining 44 of 70 Ch.4, #24 what is your answer to parts (a) and (b)?(just magnitudes) • 8.3 m/s and 2106 N • 10.1 m/s and 2106 N • 8.3 m/s and 1109 N • 10.1 m/s and 1109 N • Other • Didn’t finish

  5. 0 Seconds Remaining 46 of 70 Survey: Which team do you want to win the world cup? (of the teams remaining) • Brazil • Austrailia • Germany • England • Ghana • Other • Don’t care

  6. 70 44 of 70 0 0 A car travels along a flat, circular track. Its velocity vector always points: • Toward the center of the circular path. • In a direction tangential to the circular path. • Outward • None of the above.

  7. 70 44 of 70 0 0 A car travels along a flat, circular track. Its acceleration vector always points: • Toward the center of the circular path. • In a direction tangential to the circular path. • Outward • None of the above.

  8. 70 45 of 70 0 0 A car travels along a flat, circular track. As it increases its speed, its acceleration points: • Toward the center of the circular path. • In a direction tangential to the circular path. • Outward • None of the above.

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