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Mass = 250g; time for half a revolution 6.7s; radius = 1.4m

Mass = 250g; time for half a revolution 6.7s; radius = 1.4m. Show and label the direction of the acceleration. Show and label the direction of velocity Show and label the direction of the unbalanced force State the displacement after ONE revolution, explain your answer.

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Mass = 250g; time for half a revolution 6.7s; radius = 1.4m

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  1. Mass = 250g; time for half a revolution 6.7s; radius = 1.4m Show and label the direction of the acceleration. Show and label the direction of velocity Show and label the direction of the unbalanced force State the displacement after ONE revolution, explain your answer.

  2. Mass = 250g; time for half a revolution 6.7s; radius = 1.4m 3 Show and label the direction of the acceleration. a

  3. Mass = 250g; time for half a revolution 6.7s; radius = 1.4m Show and label the direction of velocity v

  4. Mass = 250g; time for half a revolution 6.7s; radius = 1.4m Using F = ma and the fact that the mass 0.25kg < 1 6. Show and label the direction of the unbalanced force F

  5. Mass = 250g; time for half a revolution 6.7s; radius = 1.4m All the vectors v a F

  6. Mass = 250g; time for half a revolution 6.7s; radius = 1.4m 7. State the displacement after ONE revolution, explain your answer. d = 0 Although the distance travelled by the object = 2  r  8m the object has arrived back at its starting position so its total displacement is zero.

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