Launch the simulation, then answer the question. Free-Body Diagrams Free-body diagrams show how forces act on a body. Different supports are subjected to different coplanar forces. The fixed support of a cantilever beam has two forces and one moment reaction in two dimensions. In this activity, you will observe the following when a force is applied to a cantilever beam: 1. How the magnitude of the force and moment vectors change when the magnitude of the applied force changes Part A Ax+ Ax 3m MA Ax = 0 Ay= 600 N MA= 600 N 600 3m 1800 N*m Review How does the free-body diagram show the forces on the beam? Letters represent the type of forces. Arrows represent the force directions and magnitudes. Letters represent the connection between the magnitude and type of force. Arrows represent the magnitude of forces.

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Need help with this Mechanics of Materials review

In order to determine the bend strength of a specimen subjected to a three-point-bending test with a force applied at its mid-span, it is important to calculate first: The volume moment of inertia of the specimen. Or The polar moment of inertia of the specimen. Or The mass moment of inertia of the specimen. Or The area moment of inertia of the specimen

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Illustrate the three types of stress using any object found at home: tension, compression, shear.

An ASTM A228 music wire has the diameter of 0.038 in Part A Find the ultimate tensile strength. Express your answer in pounds per square inch to three significant figures. Part B Find the ultimate shear strength. Express your answer in pounds per square inch to three significant figures.

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You are a comparative evolutionary biologist that studies biomechanics. In particular, you are interested in how bone cross sectional shapes have evolved. You have discovered a rare (hypothetical) animal that has bone shapes similar to ours, but has solid, rectangular cross sectional areas. You conduct mechanical testing according to the parameters below and want to determine the: (A) moment of inertia; (B) reaction forces and moments at the fixed end O; (C) the stresses at points A, B, and C designated below, including the contributions of the different types of stresses at each point

Hello Good Evening Sir,I have a question in my homework related structural statics lesson. The following below is my question. Please advice. Thank you so much Regards,Irfan