1. During a flood, a rescue helicopter was used to lift a 85 kg person to safety. has an inward acceleration of 0.85 m/s? and is lifted form a rest to The person a vertical distance of 23 m. What is the tension in the cable? What is the work done by the tension? Use the work-energy theorem to find 2. During their childhood days Clarisse and Jaelyn were attempting to measure the maximum power they can generate by running up to the third floor in their school. Clarisse has a mass of 50 kg and she can ran up the 6m staircase in 20 seconds. What is the work done by Clarisse in this case? How much power does she generate? your answer.

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1. During a flood, a rescue helicopter was used to lift a 85 kg person to safety.
has an inward acceleration of 0.85 m/s? and is lifted form a rest to
The
person
a vertical distance of 23 m. What is the tension in the cable? What is the work
done by the tension? Use the work-energy theorem to find
2. During their childhood days Clarisse and Jaelyn were attempting to measure
the maximum power they can generate by running up to the third floor in their
school. Clarisse has a mass of 50 kg and she can ran up the 6m staircase in
20 seconds. What is the work done by Clarisse in this case? How much power
does she generate?
your answer.
Transcribed Image Text:1. During a flood, a rescue helicopter was used to lift a 85 kg person to safety. has an inward acceleration of 0.85 m/s? and is lifted form a rest to The person a vertical distance of 23 m. What is the tension in the cable? What is the work done by the tension? Use the work-energy theorem to find 2. During their childhood days Clarisse and Jaelyn were attempting to measure the maximum power they can generate by running up to the third floor in their school. Clarisse has a mass of 50 kg and she can ran up the 6m staircase in 20 seconds. What is the work done by Clarisse in this case? How much power does she generate? your answer.
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