eleration, m/s. 1.5 Assume 50 kg of mass are placed on the pan of a spring balance located on a freight elevator; local gravity acceleration is 9.70 m/s. (a) When the ėlevator is moving with an upward acceleration of 2.5 m/s", what will the balance read? (b) If the ele- vator is stopped, what will the balance read? (c) If the supporting cable breaks (elevator falls freely), what will the balance read? (d) If the balance reads 350 N, what are the cir- cumstances?
eleration, m/s. 1.5 Assume 50 kg of mass are placed on the pan of a spring balance located on a freight elevator; local gravity acceleration is 9.70 m/s. (a) When the ėlevator is moving with an upward acceleration of 2.5 m/s", what will the balance read? (b) If the ele- vator is stopped, what will the balance read? (c) If the supporting cable breaks (elevator falls freely), what will the balance read? (d) If the balance reads 350 N, what are the cir- cumstances?
eleration, m/s. 1.5 Assume 50 kg of mass are placed on the pan of a spring balance located on a freight elevator; local gravity acceleration is 9.70 m/s. (a) When the ėlevator is moving with an upward acceleration of 2.5 m/s", what will the balance read? (b) If the ele- vator is stopped, what will the balance read? (c) If the supporting cable breaks (elevator falls freely), what will the balance read? (d) If the balance reads 350 N, what are the cir- cumstances?
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