5.6.9 A weighted homogeneous pyramid OABCD with mass G = 60 N is in equilibrium under the action of a pair of forces creating a moment M = 150 Nm and imposed constraints. The force pair lies in the Oxy plane, and the size a = 3m. It is necessary to find the component of the reaction of hinge B, parallel to the Ox axis. Answer: 50.
We present to your attention a digital product - a solution to problem 5.6.9 from the collection of Kepe O.?. This is a unique product that will help you successfully solve this problem and make it easier to prepare for exams.
In this solution you will find a detailed description of each step of the solution, as well as the answer to the question posed. All materials are presented in a convenient and beautiful html design, which will make the material easier to read and understand.
Additionally, this product is digital, which means you can access it quickly and easily after purchase. No delivery delays - you can immediately start using the solution to the problem.
Don't miss the opportunity to purchase this unique product and simplify your exam preparation!
This product is a solution to problem 5.6.9 from the collection of Kepe O.?. in physics. The problem is to determine the component of the reaction of the hinge B, parallel to the Ox axis, for a suspended homogeneous pyramid OABCD with a mass G = 60 N, which is in equilibrium under the action of a pair of forces with a moment M = 150 Nm and imposed connections. The force pair lies in the Oxy plane, and the size a is 3 m.
The digital product contains a detailed description of each step in solving the problem and the answer to the question posed. All material is presented in a convenient and beautiful html design, which will make it easier to read and understand the material. It is digital, allowing you to access it immediately after purchase without delays in delivery.
Purchasing this unique product will help you successfully solve this problem and make it easier to prepare for exams. Don't miss the opportunity to purchase a digital solution to problem 5.6.9 from the collection of Kepe O.?. and simplify your exam preparation! The answer to this question is 50.
***
The product in this case is the solution to problem 5.6.9 from the collection of Kepe O.?., which is associated with determining the component of the reaction of the hinge B, parallel to the Ox axis in a homogeneous pyramid OABCD. The problem statement states that a pyramid weighing 60N is in equilibrium under the action of a pair of forces with a moment of 150Nm and imposed bonds. It is required to determine the component of the reaction of the hinge B, parallel to the Ox axis, if the size a is 3 m and the pair of forces lies in the Oxy plane.
To solve a problem, it is necessary to use knowledge from mechanics and the ability to apply appropriate formulas and laws. As a result of the calculations, the answer is 50.
Thus, the product is a ready-made solution to problem 5.6.9 from the collection of Kepe O.?. in mechanics, which allows us to determine the component of the reaction of the hinge B, parallel to the Ox axis in a homogeneous pyramid OABCD under given conditions.
***
Solution of problem 5.6.9 from the collection of Kepe O.E. is a great digital product for students and schoolchildren who are learning math.
I am very pleased with the solution of problem 5.6.9 from the collection of Kepe O.E. It helped me understand the material better.
This digital product is a real find for those who are looking for high-quality solutions to math problems.
By solving problem 5.6.9 from the collection of Kepe O.E. I was able to learn the material better and prepare for the exam.
It is very convenient that the solution of problem 5.6.9 from the collection of Kepe O.E. presented in electronic form - you can easily find the information you need and do not waste time searching in paper books.
Solution of problem 5.6.9 from the collection of Kepe O.E. is a great helper for those who want to improve their knowledge in mathematics.
I recommend the solution of problem 5.6.9 from the collection of Kepe O.E. Anyone who wants to better understand the material and prepare for exams.