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SMDEP Physics

SMDEP Physics. UCM, Rel. Motion, and Newton’s Laws. 0 Seconds Remaining. 45 of 70. Ch.4, #9 what is the magnitude of the force?. 12.2 X 10 5 N 10.1 X 10 5 N 9.3 X 10 5 N 3.1 X 10 5 N Other Didn’t finish. 0 Seconds Remaining. 43 of 70.

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SMDEP Physics

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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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