Solution to problem 3.2.11 from the collection of Kepe O.E.

3.2.11

It is necessary to find the vertical component of the reaction in hinge B with a known force F = 850 N and dimensions DC = CE = BE. Answer: 401.

Solution to problem 3.2.11 from the collection of Kepe O..

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This product is a solution to problem 3.2.11 from the collection of Kepe O.?. The task is to determine the vertical component of the reaction in hinge B with a known force F = 850 N and known dimensions DC = CE = BE. The answer indicates the value of the vertical component of the reaction, which is 401. The solution to the problem is provided ready-made, based on deep knowledge and experience in working with similar problems. By purchasing this product, you can confidently complete the task and receive a well-deserved grade.

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Problem 3.2.11 from the collection of Kepe O.?. consists in determining the vertical component of the reaction in hinge B with a known force F equal to 850 N and equal dimensions DC, CE and BE. It is necessary to solve this problem and determine the answer, which is 401.

To solve the problem you need to use the laws of equilibrium of a rigid body. In this case, we consider a body in equilibrium under the action of force F and reaction in joint B. Since the reaction in joint B is vertical, we can write that the sum of the vertical components of all forces is zero.

Next, you need to create equilibrium equations for each of the coordinate axes. Since angles are not specified in this problem, we can use the symmetry of the body and say that the horizontal component of the reaction at joint B is also equal to 0.

Thus, there remains one equation that connects the force F and the vertical component of the reaction in hinge B. By solving this equation, we can obtain the unknown vertical component of the reaction, which is equal to 401 N.

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