A 600 kg elevator has a counterweight A with a mass of 200 kg. A motor supplies a constant force Fon the cable at B. Neg

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A 600 kg elevator has a counterweight A with a mass of 200 kg. A motor supplies a constant force Fon the cable at B. Neg

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A 600 Kg Elevator Has A Counterweight A With A Mass Of 200 Kg A Motor Supplies A Constant Force Fon The Cable At B Neg 1
A 600 Kg Elevator Has A Counterweight A With A Mass Of 200 Kg A Motor Supplies A Constant Force Fon The Cable At B Neg 1 (218.64 KiB) Viewed 10 times
A 600 Kg Elevator Has A Counterweight A With A Mass Of 200 Kg A Motor Supplies A Constant Force Fon The Cable At B Neg 2
A 600 Kg Elevator Has A Counterweight A With A Mass Of 200 Kg A Motor Supplies A Constant Force Fon The Cable At B Neg 2 (208.17 KiB) Viewed 10 times
A 600 Kg Elevator Has A Counterweight A With A Mass Of 200 Kg A Motor Supplies A Constant Force Fon The Cable At B Neg 3
A 600 Kg Elevator Has A Counterweight A With A Mass Of 200 Kg A Motor Supplies A Constant Force Fon The Cable At B Neg 3 (215.37 KiB) Viewed 10 times
A 600 Kg Elevator Has A Counterweight A With A Mass Of 200 Kg A Motor Supplies A Constant Force Fon The Cable At B Neg 4
A 600 Kg Elevator Has A Counterweight A With A Mass Of 200 Kg A Motor Supplies A Constant Force Fon The Cable At B Neg 4 (313.08 KiB) Viewed 10 times
A 600 kg elevator has a counterweight A with a mass of 200 kg. A motor supplies a constant force Fon the cable at B. Neglect the mass of the cable and pulleys. The elevator moves with a speed of 10 m/s and rises at 40 m from rest. Hint: Virtual work is applicable to tension T only. (25 Points)

Question 6 What is the tension in the cable, in. N, at A? Question 7 The acceleration of the counterweight Ais m/s2

Question 8 The constant force, F, in the cable at B is ____ N. Question 9 The time it took for the elevator to move 40 m from rest is

The distance travelled by the block at a time of 3 seconds starting from rest is a
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