Tutorial Eleven – Comparing the Theories of Motion
Modern Mechanics is a new unified model of motion. It follows in the footsteps of two other theories: classical mechanics and relativity […]
Modern Mechanics is a new unified model of motion. It follows in the footsteps of two other theories: classical mechanics and relativity […]
Physics is an extremely exciting field. However, its elegance is often hidden behind a wall of mathematics that masks its simplicity and beauty. Fortunately, some […]
This is our fourth and final tutorial on how things move. In tutorials six and seven, we explored how things move and change […]
On February 11, 2016, in front of a world wide audience, scientific history was made. Scientists from around the world announced that gravitational […]
Tutorials six and seven introduced the translation transformation, also called the Newtonian equation. The Newtonian equation, which forms the foundation of classical mechanics […]
Imagine you attend the matinee and evening performances of the same play. At the matinee performance, the role of the King is […]
Last week, I saw a good friend whom I haven’t seen for a while. He asked: If Einstein is wrong, what does […]
One of the most interesting aspects of physics is that it helps to describe how things move. This characteristic builds upon a […]
Now that you’ve been introduced to averages and Doppler equations, let’s combine these two ideas. This will also give us an opportunity to start […]
The Doppler effect (also called Doppler shift) is one of the most widely–observed phenomena associated with moving objects. In fact, we often […]