HOME COURSES PREVIEW REVIEW ABOUT CONTACT

 TOLL-FREE INFO & ORDERING: M-F: 9am-5pm (PST): (877) RAPID-10

 Quick Search: Keywords:

 Rapid Courses Catalog : Physics in 24 Hours Chemistry in 24 Hours Biology in 24 Hours Mathematics in 24 Hours

Weekly Physics Tips:
Want to become a top gun in your class? How about study less yet score high? Sign up this Physics Survival Weekly to learn how. Designed specifically for students who are taking physics, this free newsletter will show you how to survive and excel in class! Weekly topics include:
• How to Study Physics Effectively
• How to Read Physics Textbooks Easily
• How to Solve Physics Problems Systematically
• How to Score High on Physics Exams Strategically
• How to Master Physics Rapidly
Each week, you will receive study tips on the topics above and visual tutorial or study template to enhance your physics learning. Enter your name and email below to subscribe free:

 Physics Study Lounge These study sheets are for quick review on the subjects. Refer to our rapid courses for comprehensive review.     - Basic Skills in Physics     - Basic Math for Physics     - How to Solve Physics Problems     - Newton's Laws Study Guide     - ElectroMagnetism Quick Review     - Atomic Physics At-A-Glance     - Core Concepts in Nuclear Physics     - Special Relativity Overview

 Other Related Sites
 Note: For course links to launch, disable popup blockers or hold the ctrl key while clicking the link.

Physical Optics

 Topic Review on "Title": Electromagnetic spectrum: A diagram that illustrates all the varieties of electromagnetic waves based on their relative frequency/wavelengths.  Our eyes observe only a small amount of this spectrum. Speed of light: In a vacuum 3x108 m/s.  It was first calculated by Olaus Roemer.  Albert Michelson also performed an experiment to refine the value. Principle of superposition: When two or more waves occupy the same region of space simultaneously, the resulting wave disturbance is the sum of separate waves. Constructive interference: Two or more waves superimposing to create a resulting wave that has a larger amplitude. Destructive interference: Two or more waves superimposing to create a resulting wave that has a smaller amplitude. Thin film interference: The principle that creates colors on thin layers of transparent substances.  The light reflecting off the interior of the substance interferes with light reflecting off the exterior. Huygens Principle: Every point on a wave front acts as a source of tiny wavelets.  The wave front at a later time is the surface that is tangent to the wavelets. Resolution:  The ability to distinguish two distinct points from a distance. Coherent light: Light wave that are all in phase or in step. Monochromatic light: Light waves that possess the same frequency, color, or wavelength. Diffraction: The bending of waves around obstacles, corners, or openings. Polarized light: Light where the electric field fluctuates in only one direction.

Rapid Study Kit for "Title":
 Flash Movie Flash Game Flash Card Core Concept Tutorial Problem Solving Drill Review Cheat Sheet

 "Title" Tutorial Summary : The electromagnetic spectrum describes the wide variety of light observed.  Light can behave as a particle, or a wave.  In this tutorial topic, the wave nature of light is emphasized.  Young’s double slit experiment shows how light can constructively and destructively interfere.  The alternating bright and dark fringes are explained mathematically.  Diffraction grating of multiple slits also exhibit similar behavior.  Another wave feature of light is polarization.  Because light is a transverse wave, it can be polarized to vibrate in only one direction.  This can be accomplished with polarizing filters.  Malus’ law describes the reduced light intensity caused by a pair of polarizing filters.

 Tutorial Features: Specific Tutorial Features: Diagram showing interference during Young’s double slit experiment. Examples with step by step assistance to solve problems. Series Features: Concept map showing inter-connections of new concepts in this tutorial and those previously introduced. Definition slides introduce terms as they are needed. Visual representation of concepts Animated examples—worked out step by step A concise summary is given at the conclusion of the tutorial.

 "Title" Topic List: Electromagnetic spectrum Electromagnetic waves Speed of light calculations Principle of superposition Constructive interference Destructive interference Coherent and monochromatic light Young’s double slit experiment Maxima positions Minima positions Formulas Examples Diffraction gratings Formula Examples Polarization Unpolarized light Filters Malus’ law

See all 24 lessons in calculus physics, including concept tutorials, problem drills and cheat sheets:
Teach Yourself Calculus Physics Visually in 24 Hours