Man A and Man B are trying to pull Man C out of a hole). Man A is pulling with a force of 18 lb and Man B is pulling with a force of 60 lb. The angle between Man A and Man B is 125° . Since I want to know the exact direction, you need to know that the hole faces southwest at 5° west of true South. You will need to draw a diagram to help you solve this problem. A correct solution shows all the steps necessary to prove the final answer. a. What direction will Man C go once he is pulled free from the hole? [Vector] b. Find the force of Man C's trajectory. c. Find the direction of Man C's trajectory relative to the ground (i.e. bearing).
Man A and Man B are trying to pull Man C out of a hole). Man A is pulling with a force of 18 lb and Man B is pulling with a force of 60 lb. The angle between Man A and Man B is 125° . Since I want to know the exact direction, you need to know that the hole faces southwest at 5° west of true South. You will need to draw a diagram to help you solve this problem. A correct solution shows all the steps necessary to prove the final answer. a. What direction will Man C go once he is pulled free from the hole? [Vector] b. Find the force of Man C's trajectory. c. Find the direction of Man C's trajectory relative to the ground (i.e. bearing).
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Man A and Man B are trying to pull Man C out of a hole). Man A is pulling with a force of 18 lb and Man B is pulling with a force of 60 lb. The angle between Man A and Man B is 125° .
Since I want to know the exact direction, you need to know that the hole faces southwest at 5°
west of true South.
You will need to draw a diagram to help you solve this problem.
A correct solution shows all the steps necessary to prove the final answer.
a. What direction will Man C go once he is pulled free from the hole? [Vector]
b. Find the force of Man C's trajectory.
c. Find the direction of Man C's trajectory relative to the ground (i.e. bearing).
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