Monkey in an Elevator: Calculating Tension & Acceleration

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SUMMARY

The discussion focuses on calculating the maximum acceleration of an elevator before the cord holding a 17.0 kg monkey breaks, which is determined to be 3.14 m/s². The tension in the cord can withstand a maximum of 220 N. Additionally, the tension in the cord when the elevator accelerates in the opposite direction needs to be calculated, emphasizing the importance of understanding net forces acting on the monkey during these scenarios.

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  • Basic concepts of acceleration and net force
  • Knowledge of free-body diagrams
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  • Calculate net force using F = ma for various scenarios
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syavian1019
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A 17.0 kg monkey hangs from a cord suspended from the ceiling of an elevator.The cord can withstand a tension of 220 N and breaks as the elevator accelerates.

(A) What was the elevator’s maximum acceleration before the cord breaks?

(B) What is the tension in the string if the elevator accelerates with the same magnitude but opposite direction?

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I got (A) as 3.14, I just don't know how to approach (B).

Thanks in advance!
 
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What direction is the opposite direction?

What net force on the monkey would be required to have that acceleration?

What forces are acting on the monkey?
 
Remember that acceleration has units. 3.14 elephants per coulomb would have the same numerical value, but not the same meaning.

Besides that, the questions posted by Nathanael should point you in the right direction.
 

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