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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.

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.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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I thought the letters represented the connection between the forces and magnitude. Can you help me truly understand how to evaluate this correctly? Thanks

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.
Transcribed Image Text: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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