Find Tension in CD with Input of y

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The discussion focuses on creating a formula to calculate the tension in a rope (CD) used to lift a 60-lb bucket of paint, with the variable y representing the height from which the bucket is lifted. The scenario assumes static equilibrium as the bucket is raised slowly within a specified height range of 2 ft to 18 ft. Users express difficulty in accessing the provided images that contain relevant equations and setup information. There is a request for clarification or rewording of the original post to generate more responses. The goal is to derive a usable formula for tension based solely on the input value of y.
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I have to create a formula where one would just need to input y to get the tension from CD.

1. Homework Statement

A worker plans to lift a 60-lb 5 gallon bucket of paint by tying a rope to the scaffold a A and then passing the rope through the bail of the bucket at B and finally over the pulley at C. Please analyze the system assuming that the bucket is held in static equilibrium as it is raised slowly from a height y for 2 ft< y <18 ft.

Homework Equations


See photos

The Attempt at a Solution


I know on the second picture I'm supposed to put y in the equation but I was just getting an idea how to set up.
Pic 1:https://s3.amazonaws.com/pushbullet-uploads/ujAxMpHzyfc-Xe1u0whgga5v3LatKi9H4MfiCL5at7vG/20140930_204335.jpg

Pic 2: https://s3.amazonaws.com/pushbullet-uploads/ujAxMpHzyfc-EIidEB3UI1JOsHJm5cHw16CyWZaKF533/20140930_203509.jpg
 
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Thanks for the post! Sorry you aren't generating responses at the moment. Do you have any further information, come to any new conclusions or is it possible to reword the post?
 
pHysicsN0OB said:
I have to create a formula where one would just need to input y to get the tension from CD.

1. Homework Statement

A worker plans to lift a 60-lb 5 gallon bucket of paint by tying a rope to the scaffold a A and then passing the rope through the bail of the bucket at B and finally over the pulley at C. Please analyze the system assuming that the bucket is held in static equilibrium as it is raised slowly from a height y for 2 ft< y <18 ft.

Homework Equations


See photos

The Attempt at a Solution


I know on the second picture I'm supposed to put y in the equation but I was just getting an idea how to set up.
Pic 1:https://s3.amazonaws.com/pushbullet-uploads/ujAxMpHzyfc-Xe1u0whgga5v3LatKi9H4MfiCL5at7vG/20140930_204335.jpg

Pic 2: https://s3.amazonaws.com/pushbullet-uploads/ujAxMpHzyfc-EIidEB3UI1JOsHJm5cHw16CyWZaKF533/20140930_203509.jpg

There's some sort of problem with accessing and viewing these pictures when the links are clicked.
 
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