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The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2

The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2

Sep 26, 2000 · 3h 25m

Rated 10 out of 10

Overview

Physics is a system of models of nature according to which all phenomena are explained in terms of matter and force. Sound confusing? It doesn't have to be! Whether you need help with high school physics, need to review for a college physics class, or you're studying for the AP Physics Exam, this physics tutorial will help you understand the basics, such as Newton's Laws, the Law of Universal Gravitation, Kepler's Law and more.

Crew of The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2

About The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2

What is The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2 about?

Physics is a system of models of nature according to which all phenomena are explained in terms of matter and force. Sound confusing? It doesn't have to be! Whether you need help with high school physics, need to review for a college physics class, or you're studying for the AP Physics Exam, this physics tutorial will help you understand the basics, such as Newton's Laws, the Law of Universal…

When was The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2 released?

The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2 was released on September 26, 2000.

How long is The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2?

The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2 runs 3 hours 25 minutes (205 minutes).

Who is in the cast of The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2?

The cast of The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2 includes Gelila Asres Hurwitz (Actor), Tessa Munro (Herself), Herschel Bleefeld (Actor), Shaun Powell (Actor) and Chas Mastin (Actor).

Photos of The Standard Deviants: The Gravity-Packed World of Physics, Parts 1&2