Solution D1-70 (Figure D1.7 condition 0 S.M. Targ 1989)

Below is the solution to problem D1-70 (see Figure D1.7 condition 0 S.M. Targ 1989). There is a load D with mass m, which receives an initial speed v0 at point A and moves along a curved pipe ABC located in a vertical plane. Pipe sections can be either inclined, or one of them is horizontal and the other inclined (see Figures D1.0 - D1.9 and Table D1). In section AB, in addition to the force of gravity, the load is acted upon by a constant force Q (its direction is shown in the figures) and a resistance force of the medium R, depending on the speed v of the load (directed against the movement). In section AB, the friction of the load on the pipe can be neglected. At point B, the load, without changing its speed, moves to the section BC of the pipe, where, in addition to the force of gravity, it is affected by the friction force (friction coefficient of the load on the pipe f = 0.2) and the variable force F, the projection of which Fx on the x axis is given in table. The load is considered a material point, the distance AB = l or the time t1 of movement of the load from point A to point B is known. It is necessary to find the law of movement of the load on the section BC, that is, x = f(t), where x = BD.

A unique solution to problem D1-70 is available in the digital goods store (see Figure D1.7 condition 0 S.M. Targ 1989). This digital product is presented in a beautifully designed html format and includes a detailed description of the problem, as well as all the necessary formulas and tables to solve it. Solution D1-70 allows you to calculate the law of movement of a load on the section BC of a curved pipe, taking into account all the forces acting on it and the dependence of the resistance force of the medium on the speed of the load. This digital product is an excellent aid in teaching physics and can be useful to both students and teachers.

Solution D1-70 (Figure D1.7 condition 0 S.M. Targ 1989) is a unique digital solution to a problem from physics that describes the movement of a load of mass m along a curved pipe ABC located in a vertical plane. The solution takes into account all forces acting on the load, including gravity, friction force, environmental resistance force, constant force Q and variable force F, the projection of which Fx on the x axis is given in the table.

The solution allows us to calculate the law of movement of the load in the section BC of a curved pipe, taking into account the dependence of the resistance force of the medium on the speed of the load and the coefficient of friction of the load on the pipe f = 0.2. The solution contains detailed formulas and tables that allow you to accurately calculate the law of cargo movement on the aircraft section.

This digital product is presented in a beautifully designed html format and can be useful for both students and teachers who are studying physics.


***


TEKKEN 7 DEFINITIVE EDITION (STEAM) is the complete edition of Tekken 7, which includes the main game and all season passes (#1-4), as well as the bonus character Lisa. The game is available on the PC platform and is activated on Steam. The game's interface and subtitles are available in Russian, as well as in English, Spanish, Italian, Chinese, Korean, German, Portuguese, French and Japanese. The publication is intended for the region of Russia, Ukraine and the CIS countries.

In Tekken 7 Definitive Edition, you can enjoy unforgettable battles with friends and rivals, using all the characters, stages and features from all Season Passes. The game is based on the Unreal Engine 4 and offers beautiful story-based battles and duels.

In addition, when you purchase Tekken 7 Definitive Edition, you receive a discount on all future purchases of products from that seller. And, as a nice bonus, one of the three buyers who left a positive review after the purchase will receive an activation key for the gift game in a random order. To receive a gift, you must leave a positive review and add a request to receive a gift. The gift will be received by one out of three people who wish, and not everyone. The key is activated through Steam after payment.







The solution to D1-70 is a problem from the textbook by S.M. Targa "Physics Problem Book". This problem considers the movement of a load of mass m in a curved pipe ABC located in a vertical plane. In section AB, the load is acted upon by a constant force Q and a resistance force of the medium R, which depends on the speed of the load. At point B, the load moves to section BC, where, in addition to the force of gravity, it is acted upon by the force of friction and the variable force F. The friction of the load on the pipe in section AB is neglected.

To solve the problem, it is necessary to find the law of movement of the load on the aircraft section, that is, x = f(t), where x = BD. The distance AB is equal to l, and the time of movement of the load from point A to point B is equal to t1. The coefficient of friction between the load and the pipe is f = 0.2.

To solve the problem, it is necessary to use the equations of motion of the body, taking into account the forces acting on it. The direction and magnitude of the forces are indicated in the table and figures.


***


  1. A great solution for any student or professional studying mathematics.
  2. Figure D1.7 is a useful and practical material for studying algebra.
  3. Solution D1-70 helps you understand math concepts better.
  4. Bright and visual illustrations in condition 0 will make the learning process more fun and interesting.
  5. A great digital product that will help you improve your math skills.
  6. The D1-70 solution is presented in an easy-to-read format, which allows you to quickly and efficiently master the material.
  7. This product is an excellent choice for anyone who wants to deepen their knowledge in the field of mathematics.
  8. Figure D1.7 condition 0 S.M. Targ 1989 is a valuable resource for anyone interested in mathematics.
  9. The D1-70 solution is of high quality and contains useful and practical information.
  10. I highly recommend this digital product to anyone who wants to improve their algebra knowledge.



Peculiarities:




The D1-70 solution is an excellent digital product for students and professionals who study automation and control systems.

This digital product is an indispensable assistant for anyone involved in scientific research in the field of control systems.

The D1-70 solution is a high quality product that delivers accurate and reliable results.

With this digital product, you can quickly and easily solve complex tasks in the field of automation and control systems.

Solution D1-70 is a great tool for anyone who wants to improve their knowledge and skills in this area.

This digital product is very useful for teachers and students who study automation and control systems.

The D1-70 solution has a simple and intuitive interface, which makes it accessible to all users.

Solution D1-70 is an excellent digital product for those who study probability theory and mathematical statistics.

This product will help you better understand and apply the methods of mathematical statistics in various fields.

Solution D1-70 is an indispensable tool for studying random processes and analyzing experimental data.

The unique approach to the presentation of the material makes Decision D1-70 very understandable and accessible to a wide range of readers.

Book by S.M. Targa, which includes Decision D1-70, deserves high praise as a classic work on mathematical statistics.

Solution D1-70 is a useful digital product for professionals, students and anyone interested in mathematical statistics.

This product will help you improve your knowledge and skills in statistical data analysis.

Solution D1-70 is a great example of how digital goods can make life and learning easier for people.

With Solution D1-70, you can better understand and use statistical methods when working with data.

Solution D1-70 is a useful resource for those who want to improve their knowledge of mathematical statistics and apply it in practice.

Related Products

Additional Information

Rating: 4.7
(108)