physical sciences

Learn that all objects are made of matter, and all matter can be described with these basic scientific properties: mass, weight, volume and density. Each property is described. Hands-on activity.

Learn how the concepts of velocity, acceleration and momentumn are factors in unbalanced forces, which create motion, and balanced forces, which keep things still. Hands-on activity.

An overview of forces and gravity, covering how these things shape and control everything in the universe as well as topics such as friction and magnetism.

Learn the basics of electrical current, how it flows, makes a circuit and is created. Clear demonstrations illustrate the concept.

Presents a comprehensive guide to key scientific fundamentals and applies them to the real world, including information on topics in life science, earth science, and physical science.--.

Even seasoned sailors believe that the force created by a sinking boat is strong enough to pull a person down with the ship. Learn more about water displacement when the MythBusters sink the Myth Tanic.

Does running through the rain keep you ddrier than walking? The MythBusters investigate to see if this theory is all wet.

The MythBusters answer a question that many people have asked themselves at the breakfast table: If you drop a piece of buttered toast, is it more likely to land buttered-side up or buttered-sid down? With the help of a mechanical toast dropper and statistical analysis, Adam and Jamie find the answer.

The Mythbusters conduct experiments to determine if there is any truth or scientific basis to various myths related to electricity and magnetism. Can you be zapped by electricity if you talk on the phone or take a shower during a thunderstorm? The MythBusters are in for some electrifying experiences as they try to answer these questions.

Examines the natural forces of gravity and friction that are constantly at work on Earth. Demonstrates the principles and forces that govern moving objects and how we use them to our advantage. Part 1 presents the law of universal gravitation and the forces of static and kinetic friction. Part 2 introduces Sir Isaac Newton's three laws of motion and the principles and forces that govern moving objects. Part 3 examines some of the different ways time can be measured, including sidereal and solar time. This section also examines why Earth has days and nights. Part 4 investigates jet engines, wing design, and special building materials that allow airplanes to take to the skies.