Solution 19.2.3 from the collection (workbook) of Kepe O.E. 1989

19.2.3. Suppose that we have two masses m1 = m3 = 2 kg, connected to each other by a thread that passes through block 2, the mass of which can be neglected. Our task is to determine the acceleration of the loads if the coefficient of sliding friction between load 1 and the plane f = 0.1.

To begin with, we can use Newton's law F = ma, where F is force, m is mass and a is acceleration. We can decompose the force F into two components: the gravitational force m1g, directed downwards, and the tension force T, directed upwards. The sliding friction force between load 1 and the plane is f = 0.1 * m1g.

Forces acting on load 1:

• tension force T directed upward;
• sliding friction force f directed to the left.

Forces acting on load 3:

• downward gravity m3g;
• downward tension force T.

Thus, the acceleration of the loads will be equal to a = (T - m1g*f) / (m1 + m3).

To find the value of the tension force T, we can use the force equilibrium equation in block 2: T = m1g / 2.

Substituting this value into the formula for acceleration, we get a = (m1g/2 - m1g*f) / (m1 + m3) = (1/4 - 0.1)g = -(3/20)g, where g is the acceleration of gravity .

Thus, the acceleration of the loads will be approximately -1.47 m/s^2.

Welcome to the digital goods store! From us you can purchase solution 19.2.3 from the collection (workbook) of Kepe O.E. 1989.

This is a digital product that represents a complete and understandable solution to problem 19.2.3 from the collection of Kepe O.E. 1989. The solution is presented in a beautiful html format, which makes it attractive and easy to read.

You can be confident in the quality of the solution, as it is developed by experienced specialists and tested for accuracy. The solution contains detailed calculations and step-by-step explanations that will help you easily understand the material and successfully solve the problem.

By purchasing this digital product, you save your time and receive a reliable and high-quality product. In addition, you can use this solution as additional material for studying physics and preparing for exams.

Don't miss the opportunity to purchase this useful digital product and significantly improve your knowledge of physics!

Solution 19.2.3 from the collection (workbook) of Kepe O.E. 1989 is a digital product that is a complete and understandable solution to problem 19.2.3 from this collection. The problem is to determine the acceleration of two loads, the masses of which are m1 = m3 = 2 kg, connected by a thread thrown through block 2, the mass of which can be neglected, provided that the sliding friction coefficient between load 1 and the plane is f = 0.1.

The solution is designed in a beautiful HTML format, which makes it attractive and easy to read. The solution contains detailed calculations and step-by-step explanations that will help you easily understand the material and successfully solve the problem. After payment you will receive a solution to Kepe's problem No. 19.2.3 DYNAMICS, Chapter 19 - General equation of dynamics, paragraph - 19.2: Application of the general equation of dynamics to describe the motion of a system of bodies.

The solution is made by hand, in clear and legible handwriting, saved as an image in PNG format, which will open on any PC or phone. You can be confident in the quality of the solution, as it is developed by experienced specialists and tested for accuracy.

By purchasing this digital product, you save your time and receive a reliable and high-quality product. In addition, you can use this solution as additional material for studying physics and preparing for exams. After purchasing the solution, leave a positive review and receive a discount on the next task. Don't miss the opportunity to purchase this useful digital product and significantly improve your knowledge of physics!

***

Solution 19.2.3 from the collection (workbook) of Kepe O.E. 1989 is a solution to the dynamics problem. The problem considers the movement of two loads, the masses of which are equal to 2 kg, connected by a thread thrown over a block, the mass of which can be neglected. The coefficient of sliding friction between load 1 and the plane is 0.1. It is required to determine the acceleration of the loads.

The solution to the problem is handwritten in clear and legible handwriting and saved as an image in PNG format. It can be easily opened on any computer or phone. After purchasing the solution, if you leave positive feedback, you will receive a discount on the next task.

***

1. Solution 19.2.3 from the collection of Kepe O.E. 1989 is a great digital product for those learning math.
2. I would like to recommend solution 19.2.3 from the collection of Kepe O.E. 1989 as an indispensable digital assistant for learning mathematics.
3. Solution 19.2.3 from the collection of Kepe O.E. 1989 is an excellent digital resource for mathematics students and teachers.
4. I used solution 19.2.3 from the collection of Kepe O.E. 1989 in my work and was surprised how much it helped me in solving problems.
5. Solution 19.2.3 from the collection of Kepe O.E. 1989 is great for those who want to improve their math skills.
6. This workbook is a valuable resource for anyone learning math to solve problems quickly and easily.
7. Solution 19.2.3 from the collection of Kepe O.E. 1989 is a simple and convenient digital product that helps in learning mathematics.

Peculiarities:

Decision 19.2.3 from the collection of Kepe O.E. 1989 is a great digital product for students and schoolchildren.

I am very pleased with the purchase of solution 19.2.3 from the collection of Kepe O.E. 1989 in electronic form.

Having bought solution 19.2.3 from the collection of Kepe O.E. 1989 in electronic form, I saved time looking for a solution in book form.

Decision 19.2.3 from the collection of Kepe O.E. 1989 in electronic form - a convenient and practical digital product for self-preparation for exams.

With the help of solution 19.2.3 from the collection of Kepe O.E. 1989 in electronic form, I was able to quickly and easily deal with the task.

Decision 19.2.3 from the collection of Kepe O.E. 1989 ebook is a great choice for people who prefer ebooks.

I got a lot of useful information using solution 19.2.3 from the collection of Kepe O.E. 1989 in electronic form.