Make an illustration for this problem and label it completely. This lever has a fulcrum that they will balance from the middle of the beam. There were 5 boxes on this beam and it had total weight of 2,208 pound and had a length on each side of 10 feet from the middle. The Package A weighs 370 pounds and it is located at the right Most Part of the lever and its C was located 5 inches from the edge. The Package B weighs 410 pounds and its CG was located 115 inches from package A and going to the middle of the beam, Package C weigh

Make an illustration for this problem and label it completely. This lever has a fulcrum that they will balance from the middle of the beam. There were 5 boxes on this beam and it had total weight of 2,208 pound and had a length on each side of 10 feet from the middle. The Package A weighs 370 pounds and it is located at the right Most Part of the lever and its C was located 5 inches from the edge. The Package B weighs 410 pounds and its CG was located 115 inches from package A and going to the middle of the beam, Package C weigh

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter4: Numerical Analysis Of Heat Conduction

Section: Chapter Questions

Problem 4.49P

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PROBLEM NUMBER 2: Make an illustration for this problem and label it completely. This lever has a fulcrum that they will balance from the middle of the beam. There were 5 boxes on this beam and it had a total weight of 2,208 pound and had a length on each side of 10 feet from the middle. The Package A weighs 370 pounds and it is located at the right Most Part of the lever and its CG was located 5 inches from the edge. The Package B weighs 410 pounds and its CG was located 115 inches from package A and going to the middle of the beam. Package C weighs 410 pounds and its arm measured 70 inches from the right of datum. Package E was placed accordingly to balance this lever because the package D was situated opposite from package A and with 60 pounds difference. Complete the needed value on this balance beam.
Which of the following is the moment for package B on Problem number 2?
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