An exploration of the science behind the powers of popular comic superheroes reveals how differences between Krypton and Earth might enable some of Superman's abilities, the number of hamburgers that Flash would need to run at supersonic speeds, and more.

Provides an introduction to constructivist physics with classroom examples illustrating how children construct knowledge. Shows how to promote children's scientific reasoning by engaging them in active experimentation.

A guide for teachers on aims, objectives, terms, and assessment for the physics section of the International Baccalaureate diploma.

Simple text describes the physics principles surrounding playground slides, discussing energy, gravity, and friction. Includes color photographs, an activity, a glossary, and further resources.

"Supporting the latest syllabus at SL and HL, this 2014 edition was developed with the IB to most closely embody the IB way of teaching. The holistic approach to all aspects of the syllabus, including Nature of Science, encourages an inquiring, active approach to learning whilst integrated worked examples support exceptional achievement"--Back cover.

The microscope's role as an indispensable piece of laboratory equipment is well-recognized. This program illustrates the fundamentals of microscope use. Its six segments discuss the basic parts of a microscope, lighting techniques for maximum vision, preparing specimens for viewing, care of the microscope, and advanced techniques, such as the use of oil immersion and video microscopy.

A good way to introduce quantum theory is to profile the individuals who pioneered it. This program focuses on Niels Bohr's contributions to our understanding of the atom and the behavior of subatomic particles according to quantum mechanics. Outlining theoretical precursors of quantum physics-including the ideas of John Dalton and J. J. Thomson-and a brief biography of Bohr, the video shows how the Danish physicist devised his atomic model and sheds...

Talking about energy is tricky because everyday words can also have specialized scientific meanings. Through the process of defining key terms like "power," "work," and even "energy" itself, this program uses a roller coaster, a harmless train wreck, ice-skaters, a boulder, a human cannonball, night-vision goggles, and a supernova to introduce students to kinetic and potential energy, electrical energy, chemical energy, nuclear energy, and conduction,...

Using numerous examples to show how a very important phenomenon occurs and serves various purposes, this fascinating program takes students on a lively journey through the mechanisms and practicalities of heat transfer. Viewers are introduced to conduction, convection, and radiation and encounter the concepts of specific heat and thermal capacity. Topics include the use of heat in power stations to generate electricity; how various states of matter...

To study and understand the motion of objects in space, students need to build a foundation of knowledge in a wide variety of physical science phenomena. This program demonstrates typical mechanics situations common to many physics courses, such as circular motion, projectile motion, straight line motion, and inclined plane motion. Describing these motions in terms of forces and energy transfers, the video examines the topic of motion using a series...