- 4 20 Pts You Are Pulling Down A Rope At End B Which Will Then Raise A Box A Thus There Will Be Dependent Motion To 1 (31.16 KiB) Viewed 66 times
4. [20 pts] You are pulling down a rope at end B which will then raise a box A, thus there will be dependent motion. To
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4. [20 pts] You are pulling down a rope at end B which will then raise a box A, thus there will be dependent motion. To
4. [20 pts] You are pulling down a rope at end B which will then raise a box A, thus there will be dependent motion. To get full credit, you must: a. Draw the datum and variable measurement to point A and B. b. Show the total length of the cable with respect to the datums c. Derive the velocity relationship between A and B d. Derive acceleration relationship between A and B e. Calculate the velocity of box A (VA) f. Calculate the acceleration of box A (a^) Show all work and box answers. A VB = 5 m/s aB = 3 m/s² B
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