MERLOT Materials

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25-48 of 154 results for MERLOT Materials

Basic tutorial on how CAT scans work, aimed at those with little experience in physics.

Online tutorial/lab is based on a module developed by Steven Janke and published in Modules in Undergraduate Mathematics... see more

A tutorial on circular motion, with hyperlinks to subtopics, including animations.

Introduction to ticker-tape diagrams and vector diagrams. How these diagrams represent velocity and acceleration.... see more

Explains the 4 one-dimensional kinematic equations that describe an object's motion. Relates the kinematic equations to... see more

The meaning of shape and slope for velocity vs. time graphs. Explains the difference between positive and negative... see more

An introduction to the language of kinematics. The focus is on kinematics terms/words (vector, scalar, distance,... see more

Page describes emissivity, variables that affect it, relevance to Blackbody Radiation

Fiber optics is being touted in many different ways these days. Telephone systems are moving from copper wires to optical... see more

A hyperlinked exploration of astronomy and astrophysics, inlcuding the solar system, stellar evolution, compact objects,... see more

A hyperlinked exploration of the condensed matter physics, including metals, semiconductors, lattices, magnetism, and... see more

A hyperlinked exploration of topics in heat, thermondynamics, kinetic theory, and statistical Mechanics

A hyperlinked exploration of light, color, optics and vision.

A hyperlinked exploration of quantum physics and quantum mechanics.

A hyperlinked exploration of relativity, including topics in both special and general relativity.

A practical demonstration of the Inverse Square law, and its applications in astronomy and optics.

This tutorial introduces the physics behind elementary particle research through interactive simulations, virtual... see more

A shockwave discussion on the fundament units of measure.

Interactive tutorials about various topics in particle physics.

Discussion of Osmosis and Desalination following Carnot ideas. The energy required for desalination.  

Illustration and explanation of quantized angular momentum

Some interactive tutorials on light and optics.

This site is an excellent site to surf if you have the time to look. It is rather bland when the site opens and the... see more