We propose the study of a box placed on an inclined plane, with an initial tilt with respect to the plane. This is a paradigmatic example of the role played by friction as a link between translational and rotational motion. This example has two advantages over the usual example of a sphere (or cylinder) rolling down an inclined plane. First, it provides a good model for a much greater variety of "real-life" situations. Second, it exhibits a much richer structure in parameter space, even when the box starts from rest. (C) 2000 American Association of Physics Teachers
Dissipative losses in ball bearings occur due to slippage in machine parts. This study examines how ...
Abstract The inclined plane has been found an excitingly physical device in search for the truth. It...
Working out the relations between the forces involved in circular motion in a vertical plane can be ...
Galileo described his experiment with an inclined plane in his book, Two New Sciences. In this work ...
The experiment with images described here contributes to the scarce literature about the experimenta...
summary:Inclined plane is one of six simple machines. Its various forms can be found in nature. Man ...
The dynamics of a cylinder rolling on a horizontal plane acted on by an external force applied at an...
The elementary problem of a block sliding down an inclined plane is examined in detail with respect ...
Friction is an important phenomenon in everyday life. All children are familiar with playground slid...
Sliding of rock masses along penetrative discontinuities cam be simulated by rock blocks slide along...
A well-known classroom demonstration involves the rolling of hollow and solid objects down an inclin...
We describe a simple experiment about sliding friction of an object moving with non-constant speed a...
College Physics, Vector AlgebraThe block speeds up as it slides down. How does the speed at the bott...
The model of a ball rolling on an inclined plane is derived using screw theory and Lie algebra. The ...
In this paper, Euler inquires into the nature of the force of friction. He proposes a model for unde...
Dissipative losses in ball bearings occur due to slippage in machine parts. This study examines how ...
Abstract The inclined plane has been found an excitingly physical device in search for the truth. It...
Working out the relations between the forces involved in circular motion in a vertical plane can be ...
Galileo described his experiment with an inclined plane in his book, Two New Sciences. In this work ...
The experiment with images described here contributes to the scarce literature about the experimenta...
summary:Inclined plane is one of six simple machines. Its various forms can be found in nature. Man ...
The dynamics of a cylinder rolling on a horizontal plane acted on by an external force applied at an...
The elementary problem of a block sliding down an inclined plane is examined in detail with respect ...
Friction is an important phenomenon in everyday life. All children are familiar with playground slid...
Sliding of rock masses along penetrative discontinuities cam be simulated by rock blocks slide along...
A well-known classroom demonstration involves the rolling of hollow and solid objects down an inclin...
We describe a simple experiment about sliding friction of an object moving with non-constant speed a...
College Physics, Vector AlgebraThe block speeds up as it slides down. How does the speed at the bott...
The model of a ball rolling on an inclined plane is derived using screw theory and Lie algebra. The ...
In this paper, Euler inquires into the nature of the force of friction. He proposes a model for unde...
Dissipative losses in ball bearings occur due to slippage in machine parts. This study examines how ...
Abstract The inclined plane has been found an excitingly physical device in search for the truth. It...
Working out the relations between the forces involved in circular motion in a vertical plane can be ...