The sketch below represents a conveyor system that your company is designing to move cardboard boxes....

 

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The sketch below represents a conveyor system that your company is designing to move cardboard boxes. A section of the line has a transition plate which is steel. These are known as dead plates. The boxes are cardboard. As the designer, you need to understand what minimum force will be required to move the package across the transition plate in the event that a package stops on the dead plate. ● Free Body Diagram 55 lb The maximum package weight will be 55 pounds. The transition plate is on a 22° decline (the boxes are traveling down the plate). The coefficient of static friction is μ = 0.75 (30 total points). Calculations 22° List equations available to solve this problem. 1. 2. 3, The sketch below represents a conveyor system that your company is designing to move cardboard boxes. A section of the line has a transition plate which is steel. These are known as dead plates. The boxes are cardboard. As the designer, you need to understand what minimum force will be required to move the package across the transition plate in the event that a package stops on the dead plate. ● Free Body Diagram 55 lb The maximum package weight will be 55 pounds. The transition plate is on a 22° decline (the boxes are traveling down the plate). The coefficient of static friction is μ = 0.75 (30 total points). Calculations 22° List equations available to solve this problem. 1. 2. 3,

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Step 2 Calculate the force required to overcome the static friction Explanation The force required t... View the full answer