Title: The Not so Simple, Simple Pendulum
Category: Kinematics of SHM
Summary: I created a demo to show how the mass of a pendulum’s bob has no effect on its period.
Archives
manjot27
Title: The Curious Case of Benjamin the Spring
Category: Horizontal Mass Spring Systems
Summary: I chose to focus on the kinematics of simple harmonic motion and presented my view on the subject in the form of a problem and thorough solution, with a greater focus on understanding the concepts behind SHM, rather than the complexity of the problem.
http://prezi.com/d6o-h4q11n_j/?utm_campaign=share&utm_medium=copy
ccook06
Title: Horizontal Mass Spring Question with Explanation
Category: Horizontal Mass Spring Systems
Summary: I created a written horizontal mass spring questions and explained the theory behind it as well as how to derive the formulas necessary to solve the question
elaine73
Title: Energy in Simple Harmonic Motion
Category: Energy in SHM
Summary: This Learning Object focuses on the law of conservation of energy in simple harmonic oscillators (e.g. mass-spring systems). It contains a series of multiple choice questions that focus on the concept that the total energy of the system is constant and is equal to the sum of the system’s kinetic energy and potential energy.
lin63
Title: The Secret of Taipei 101
Category: Horizontal Mass Spring Systems
Summary: Examining how does tuned mass damper resist the strong wind
https://www.slideshare.net/secret/4uJUwbGT2xgOKx
pei9226
Title: Hooke’s Law in Vertical Spring Systems
Category: Vertical Oscillations
Summary: I wanted to explore the effect of Hooke’s Law on spring systems affected by gravity. These systems are much more prevalent and easier to set up, as gravity is the most familiar force in our daily lives. Does Hooke’s law still apply to these vertical oscillations?