The purpose of this project was to create a tool that demonstrates rotational inertia. Rotational inertia is a topic that is taught in many physics classes except in our experiences, there has not been a safe and easy way to demonstrate the concept. The classic method is having someone sit on a swivel chair with weights in their arms, but this can lead to injuries due to the unsafe nature of the method. We have created a device that can easily showcase rotational inertia, even to children by creating this device for a science center demo. With this device, anyone can understand the effects of rotational inertia in a fun, simple, and safe way
The price of inertial platforms (based on MEMS sensors) is dropping, permitting the use of these sen...
This “hands on” session will equip Middle School Teachers to develop activities for their students w...
The concepts of force and motion are essential material in physics. However, students experience man...
The demo is designed to demonstrate the concept of friction to younger children(ages 4+) using an in...
Rotational and rolling motion often proves to be a difficult topic for undergraduate students in the...
There is a motion of a system of masses that is as simple as the motion of a point mass on a straigh...
A portable lift demonstration was requested to get children interested and thinking about what happe...
This project designs a wiffle ball pitching machine that would demonstrate the Magus Effect to the a...
Inertial measurement units (IMUs) are a ubiquitous technology found in navigation systems, mobile de...
The creation of the new AP Physics 1 course has introduced quite a few changes into the curriculum w...
A well-known classroom demonstration involves the rolling of hollow and solid objects down an inclin...
Developing hands-on activities that engage and excite K–12 students is critical for stimulating inte...
In measurement of rigid body inertia by the falling body method, we obtain the angular acceleration ...
The objective of this project was to design and fabricate a three degree of freedom dynamic model wi...
A diver, in making several turns in the air, grabs his knees to achieve a high rate of rotation, and...
The price of inertial platforms (based on MEMS sensors) is dropping, permitting the use of these sen...
This “hands on” session will equip Middle School Teachers to develop activities for their students w...
The concepts of force and motion are essential material in physics. However, students experience man...
The demo is designed to demonstrate the concept of friction to younger children(ages 4+) using an in...
Rotational and rolling motion often proves to be a difficult topic for undergraduate students in the...
There is a motion of a system of masses that is as simple as the motion of a point mass on a straigh...
A portable lift demonstration was requested to get children interested and thinking about what happe...
This project designs a wiffle ball pitching machine that would demonstrate the Magus Effect to the a...
Inertial measurement units (IMUs) are a ubiquitous technology found in navigation systems, mobile de...
The creation of the new AP Physics 1 course has introduced quite a few changes into the curriculum w...
A well-known classroom demonstration involves the rolling of hollow and solid objects down an inclin...
Developing hands-on activities that engage and excite K–12 students is critical for stimulating inte...
In measurement of rigid body inertia by the falling body method, we obtain the angular acceleration ...
The objective of this project was to design and fabricate a three degree of freedom dynamic model wi...
A diver, in making several turns in the air, grabs his knees to achieve a high rate of rotation, and...
The price of inertial platforms (based on MEMS sensors) is dropping, permitting the use of these sen...
This “hands on” session will equip Middle School Teachers to develop activities for their students w...
The concepts of force and motion are essential material in physics. However, students experience man...