1. (6.37) An elevator filled with passengers has a mass M = 1.70 × 10³ kg is supported by one cable (brave passengers!) and has the following adventures. In each case, find the tension T' in the cable. Make an FBD for each situation. Hint: use the FBD to find T in terms of M, g, ay, where the latter is the component of acceleration in the vertical direction. a. Elevator accelerates up with acceleration of magnitude a₁ = 1.20 m/s². b. Elevator moves up with constant velocity. c. Elevator has an acceleration down with magnitude a2 = 0.600 m/s².

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1. (6.37) An elevator filled with passengers has a mass M = 1.70 × 10³ kg is supported by one cable (brave passengers!) and has the following
adventures. In each case, find the tension T' in the cable. Make an FBD for each situation. Hint: use the FBD to find T' in terms of M, g, ay, where the latter
is the component of acceleration in the vertical direction.
a. Elevator accelerates up with acceleration of magnitude a₁ = 1.20 m/s².
b. Elevator moves up with constant velocity.
c. Elevator has an acceleration down with magnitude a2 = 0.600 m/s².
Transcribed Image Text:1. (6.37) An elevator filled with passengers has a mass M = 1.70 × 10³ kg is supported by one cable (brave passengers!) and has the following adventures. In each case, find the tension T' in the cable. Make an FBD for each situation. Hint: use the FBD to find T' in terms of M, g, ay, where the latter is the component of acceleration in the vertical direction. a. Elevator accelerates up with acceleration of magnitude a₁ = 1.20 m/s². b. Elevator moves up with constant velocity. c. Elevator has an acceleration down with magnitude a2 = 0.600 m/s².
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