PDF-Electromagnets

Author : faustina-dinatale | Published Date : 2016-03-19

70 70 Electromagnets EM4HVA EM7HV D Continuously adjustable poles allow rapid air gap changes to suit individual experiments assuring magnet versatility D Exceptional

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Electromagnets: Transcript


70 70 Electromagnets EM4HVA EM7HV D Continuously adjustable poles allow rapid air gap changes to suit individual experiments assuring magnet versatility D Exceptional field intensities achieved w. Concepts Simple sources of electrical power Activity We are going to begin investigating electromagnets Lets seedoesnt electromagnets imply magnets that are somehow run by electricity That means we are going to need a source of electrical power does Critical . Design Review. Team miniMuffin. Lauren Glogiewicz . Jacob Beckner . Kevin Bodkin . James Holley . Philip Terry. Level 0 Functional Decomposition. Phil T.. Level 1 Functional Decomposition. Page 07.031.00 Electromagnets - Summary 1. . ALL magnets have NORTH and south poles.. 2. When freely suspended, all magnets point to the north- Directional property.. NORTH . seeking. pole. SOUTH . seeking. pole. Magnetic materials.. Materials that can be attracted by a magnet. Intro video. Properties of Magnets. They attract ferromagnetic materials. Iron, nickel, cobalt. They have magnetic poles. Like poles repel. Opposite poles attract. Magnetic Poles. Magnetic Fields. The area . How are these guys related to electricity?. Magnetism Unit Vocabulary. . Magnet-. Definition. - Materials that attract iron or contain iron.. Sentence. - I used a . magnet. to pick up a nail.. Magnetic Fields. Final Report. 8 April 2014. Team Couch Street. Alex Arlint. Jake . Nylund. Kevin . Ratuiste. Robert Rodriguez. Academic Advisor:. . . Joseph . Hoffbeck. Industry Representative:. . John Turner – . Building an Electromagnet. I was thinking about a big old junkyard crane that I once saw. The crane used a big magnet to lift cars and put them on train cars. The crane operator could turn the magnet on and off!. What electromagnets are used for?. Electric bells. Loud speakers. Lifting magnets. Energized door locks. Relays. Scrap Yards. Electric Bells. An electric bell is worked by an electromagnet. . When the switch is pushed 'on', current flows through the coil. The coil becomes an electromagnet. It attracts the metal strip. This moves the clanger to hit the bell, but also breaks the circuit. . Magnetic Levitation Competition. Overview. Objective. Background Information. Rules of the Competition. Materials. Procedure. Report . / Presentation. Closing. Objectives. Assemble a cart suspended by magnetic levitation while keeping in mind the aspects of minimal design. Induction: https://www.brainpop.com/technology/energytechnology/electromagneticinduction/. Electromagnetism: https://www.brainpop.com/science/energy/electromagnets/. Electromagnetism. An electric current that produces a magnetic field. Chapter 17. 17.1 Electrical Current and Magnetism. 17.2 Electric Motors. 17.3 Electric Generators and Transformers. Chapter 17. Electromagnets and Induction. Magnetism is created by moving charges. Keyword Challenge. Your challenge is to make as many words as you. can from today’s keyword.. electromagnet. How did you do?. 10 words or more. 8 words or more. 6 words or more. State 2 uses of regular magnets. In this unit pupils will. : learn to draw magnetic field lines, showing strength and direction. That an electromagnet can be switched on and off and can have its strength varied, which makes it more useful than a permanent magnet..

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