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Equilibrium Problems in Engineering: Rocking Beam, Spring Crank, Wire Suspended Pipe

Solve engineering equilibrium problems such as finding reactions, tension, and distances for various loaded structures like rocking beams, spring cranks, and wire suspended pipes.

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Equilibrium Problems in Engineering: Rocking Beam, Spring Crank, Wire Suspended Pipe

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  1. Engineering 36 Lab-14 Chp7EquilProblems Bruce Mayer, PE Licensed Electrical & Mechanical EngineerBMayer@ChabotCollege.edu

  2. Rocking Beam • Given Geometry and Loading Find distance “a” such that The Reaction at Pt-B is limited:

  3. Spring Crank • Find • Tension, T • Reactions at Points C & D • Given • 4 inch Pulley at Pt-A • kspring = 2 lb/in • Spring Unstretched for θ = 0° • Brg at Pt-C is NOT a thrust Brg • The Machine is at Rest and in equilibrium • θ = 180°

  4. Wire Suspended Pipe • Given Lineal Density for pipe of 5 lb/ft • Find • The Largest Possible value for “a” the will not cause the assy to tip • The Tension in each Wire

  5. Cable Supported Boom • Loading and Geometry Find • Tension in the two cables • The Reaction at Ball-&-Socket Support at Pt-A

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