How to Learn in 24 Hours?

 Need Help? M-F: 9am-5pm(PST): Toll-Free: (877) RAPID-10 US Direct: (714) 692-2900 Int'l: 001-714-692-2900 24/7 Online Technical Support: The Rapid Support Center Secure Online Order:
 Need Proof? Testimonials by Our Users

 Rapid Learning Courses: MCAT in 24 Hours (2015-16) USMLE in 24 Hours (Boards) Chemistry in 24 Hours Biology in 24 Hours Physics in 24 Hours Mathematics in 24 Hours Psychology in 24 Hours SAT in 24 Hours ACT in 24 Hours AP in 24 Hours CLEP in 24 Hours DAT in 24 Hours (Dental) OAT in 24 Hours (Optometry) PCAT in 24 Hours (Pharmacy) Nursing Entrance Exams Certification in 24 Hours eBook - Survival Kits Audiobooks (MP3)

 Tell-A-Friend: Have friends taking science and math courses too? Tell them about our rapid learning system.

Magnetic Fields

 Topic Review on "Title": Magnetic Domain: Microscopic areas of atoms where the magnetic fields are aligned. Ferromagnetic: A naturally magnetic class of materials where the magnetic domains are ordered and do not cancel out. Magnetic Field: Lines showing the shape and exent of a magnetic field around a permanent magnet or a moving charged object.  To signify a field coming directly out of the plane of a page, dots are used.  To signify a field going directly into the page, an X is used. Right Hand Rule. RHR: The fingers extend or curl in the direction of the magnetic field. The outstretched thumb points in the direction of conventional current, or the direction of a positively charged moving particle. A line perpendicular to the palm indicates the direction of the magnetic force. Mass Spectrometer: A device that magnetically separates charged ions according to their mass.  A magnetic field is used to accomplish this separation.

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

 "Title" Tutorial Summary : Magnetism is a naturally occurring phenomena.  In most materials, the magnetic domains are randomly aligned.  However, in some cases, they are all aligned to produce a magnet.  This creates a magnetic field that extends around the object, moving from North to South.  A magnetic field can also be created from a moving charge, or current.  The right hand rule is used to visualize this field.  When a charge moves through an existing magnetic field, a magnetic force is exerted on it.  There are many examples in science and technology that utilize magnetism.

 Tutorial Features: Specific Tutorial Features: Diagrams showing various magnetic fields. Illustrations showing all aspects of the right hand rule. 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: Magnetism in nature Magnetic domains Ferromagnetism Magnetic field diagrams Magnetism, force and moving charge Right hand rule Magnetic field notation Magnetic force on a current carrying wire Magnetic force on a moving charged particle Magnetism in technology Mass spectrometer Speakers, MRIs, and magnetic media

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