An amusement ride involving rotations around three axes offers a large-scale illustration for the study of dynamics in three dimensions. The forces on the rider can be measured with co-moving accelerometers. As a first approximation, the different motions can be treated separately, but the combination of rotations is found to lead to a relatively large Coriolis effect. A mathematical description of the motion automatically combines all the different effects and offers a useful programming exercise
The motion of an observer relative to a fixed environment can be determined from a sequence of succe...
© Published under licence by IOP Publishing Ltd.A mathematical model of the rotor vibratory gyroscop...
In his paper I examine influence of small gravitational torque on rotation of elongated triaxial bod...
An amusement park is full of examples that can be made into challenging problems for students, combi...
The sky roller ride depends on interaction with the air to create a rolling motion. In this paper, w...
Pendulums have long been used to to determine the kinematics of non-inertial rotating systems. A pro...
Rotating swing rides can be found in many amusement parks, in many different versions. The 'wave swi...
The objective of this project was to design and fabricate a three degree of freedom dynamic model wi...
Many modern cell phones have built-in sensors that may be used as a resource for physics education. ...
Purpose. We investigate the processing of visual information about rotations in three-dimensional sp...
The general three-din~nsional (3-D) motion of a rigid body (R.B.), described by its six degrees of f...
The motion of an observer relative to a fixed environment can be determined from a sequence of succe...
Concepts and mathematical instruments used in elementary mechanics are often perceived as abstract e...
This set of four animated slides illustrates the Coriolis effect, a manifestation of one of Newton's...
This paper describes a formal approach to derive displacement from a 3 axis accelerometer. It forms ...
The motion of an observer relative to a fixed environment can be determined from a sequence of succe...
© Published under licence by IOP Publishing Ltd.A mathematical model of the rotor vibratory gyroscop...
In his paper I examine influence of small gravitational torque on rotation of elongated triaxial bod...
An amusement park is full of examples that can be made into challenging problems for students, combi...
The sky roller ride depends on interaction with the air to create a rolling motion. In this paper, w...
Pendulums have long been used to to determine the kinematics of non-inertial rotating systems. A pro...
Rotating swing rides can be found in many amusement parks, in many different versions. The 'wave swi...
The objective of this project was to design and fabricate a three degree of freedom dynamic model wi...
Many modern cell phones have built-in sensors that may be used as a resource for physics education. ...
Purpose. We investigate the processing of visual information about rotations in three-dimensional sp...
The general three-din~nsional (3-D) motion of a rigid body (R.B.), described by its six degrees of f...
The motion of an observer relative to a fixed environment can be determined from a sequence of succe...
Concepts and mathematical instruments used in elementary mechanics are often perceived as abstract e...
This set of four animated slides illustrates the Coriolis effect, a manifestation of one of Newton's...
This paper describes a formal approach to derive displacement from a 3 axis accelerometer. It forms ...
The motion of an observer relative to a fixed environment can be determined from a sequence of succe...
© Published under licence by IOP Publishing Ltd.A mathematical model of the rotor vibratory gyroscop...
In his paper I examine influence of small gravitational torque on rotation of elongated triaxial bod...