An outline of the basic principle of conservation of angular momentum, illustrating the inverse relationship between angular velocity and moment of inertia, with real-world examples.
An outline of the energy balance model of the Earth-atmosphere system, including how to calculate the effect of greenhouse gases, and the atmosphere, on Earth’s average temperature.
A guide to understanding and applying the conservation of momentum, during collisions when the motion of the colliding bodies is not restricted to one dimension.
A visual explanation of the path of charged particles in a uniform magnetic field, according to their charge and their angle of entry into the magnetic field. Includes how to calculate the radius of the particle’s path.
A visual outline of the Compton Effect experiment, in which photons are scattered by electrons they hit. Includes context on what evidence this provides regarding the wave or particle nature of light.
"An eye-opening account of the inexplicable phenomena that science has only recently glimpsed, and that could transform our understanding of the fundamental nature of reality"--