Add to ORKGHere are some problems related to circular motion, along with their solutions and some extension activities. Problem VII-2-M.1: On Coins and Plates A. Coin Rolling Outside (i) A coin (or disc) rolls around another similar coin held down firmly, maintaining constant contact and without slipping. After it has executed one turn around the fixed coin, how many times has it turned around itself? (ii) What if the fixed coin or disc was twice the size of the rolling coin/disc? (iii) Or n times the size
Euler's disk is a toy described at http://www.eulersdisk.com. Aspects of its motion are modelled as...
The paper considers a heavy homogeneous ball rolling without slipping on the outside of a real rough...
Physics teachers often like to discuss physics concepts with their students on the basis of simple d...
Curves, Plane GeometryThe red circle rolls on the outside of the black circle of radius 1. (The blue...
We wish to study the motion of a spinning disk, such as a coin, on a surface. In observation, the co...
A circular object placed on a rotating turntable demonstrates an interesting motion. Such motion con...
AbstractWe consider combinatorial and computational issues that are related to the problem of moving...
We discuss theoretically the motions of a coin on a horizontally vibrating plate, with dry friction ...
This work contains reasearch of the procedures and strategies used for mathematical problems of moti...
Perhaps at some time you have had occasion to swing a massive object at the end of a rope. Maybe you...
This lesson plan, authored and curated by David P. Stern, provides an approach to teaching circular ...
In this work I examine the counterintuitive accelerating rotation of a disk-shaped object, such as a...
The rocking motion of a solid block on a moving deformable base is a dynamic problem, that despite i...
In this work we describe the cycle of design, implementation, evaluation and redesign of a teaching...
International audienceTwo spherical balls are connected by a taught string passing through a small h...
Euler's disk is a toy described at http://www.eulersdisk.com. Aspects of its motion are modelled as...
The paper considers a heavy homogeneous ball rolling without slipping on the outside of a real rough...
Physics teachers often like to discuss physics concepts with their students on the basis of simple d...
Curves, Plane GeometryThe red circle rolls on the outside of the black circle of radius 1. (The blue...
We wish to study the motion of a spinning disk, such as a coin, on a surface. In observation, the co...
A circular object placed on a rotating turntable demonstrates an interesting motion. Such motion con...
AbstractWe consider combinatorial and computational issues that are related to the problem of moving...
We discuss theoretically the motions of a coin on a horizontally vibrating plate, with dry friction ...
This work contains reasearch of the procedures and strategies used for mathematical problems of moti...
Perhaps at some time you have had occasion to swing a massive object at the end of a rope. Maybe you...
This lesson plan, authored and curated by David P. Stern, provides an approach to teaching circular ...
In this work I examine the counterintuitive accelerating rotation of a disk-shaped object, such as a...
The rocking motion of a solid block on a moving deformable base is a dynamic problem, that despite i...
In this work we describe the cycle of design, implementation, evaluation and redesign of a teaching...
International audienceTwo spherical balls are connected by a taught string passing through a small h...
Euler's disk is a toy described at http://www.eulersdisk.com. Aspects of its motion are modelled as...
The paper considers a heavy homogeneous ball rolling without slipping on the outside of a real rough...
Physics teachers often like to discuss physics concepts with their students on the basis of simple d...