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    Magnetic Flux

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    interaction is described in terms of a vector field‚ where each point in space (and time) is associated with a vector that determines what force a moving charge would experience at that point (see Lorentz force). Since a vector field is quite difficult to visualize at first‚ in elementary physics one may instead visualize this field with field lines. The magnetic flux through some surface‚ in this simplified picture‚ is proportional to the number of field lines passing through that surface (in some

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    Mastering Physics #14

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    Assignment View] [ Print ] Electric Field Due to Increasing Flux Learning Goal: To work through a straightforward application of Faraday’s law to find the EMF and the electric field surrounding a region of increasing flux Faraday’s law describes how electric fields and electromotive forces are generated from changing magnetic fields. This problem is a prototypical example in which an increasing magnetic flux generates a finite line integral of the electric field around a closed loop that surrounds

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    Electrostatics

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    Field Analysis and Modeling -Electrostatics Project- By Popescu Ciprian FILS‚ Group 1222E Index 1. Data of the project a. Initial values for elements b. Table with elements and groups of elements c. Points of measurement d. Geometric model 2. Changing the polarity of the lower capacitor 3. Test 1. Testing meshes 4. Test 2. Changing the electric permittivity of the dielectric 5. Test 3. Changing the charges of the conductors 6.

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    Neodymium Madness

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    qualitiviely analyze principles of magnetic fields and forces‚ their sources‚ and interactions with moving charged particles. To accomplish this lab‚ we will do 5 stations‚ and we need these instruments: several magnets which have different sizes‚ a board‚ a piece of alumium metal‚ a battery‚ two pieces of wires‚ a nail‚ a 180cm copper pipe. Station1‚ we tilt a smooth board and roll the neodymium down it‚ the track is curve because the magnetic field of the earth is affecting the magnet. The effect

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    cyclotron

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    radiation therapy A cyclotron is a type of particle accelerator in which charged particles accelerate outwards from the center along a spiral path. The particles are held to a spiral trajectory by a static magnetic field and accelerated by a rapidly varying (radio frequency) electric field. History[edit] The cyclotron was invented and patented[1] by Ernest Lawrence of the University of California‚ Berkeley‚ where it was first operated in 1932.[2] A graduate student‚ M. Stanley Livingston‚ did much

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    magnet energy which is then circuited to other mechanism to do so useful work. Magnetic principle can utilize in units of various sizes. Magnetic units can be microscopic or mile wide‚ as long as the correct principle are maintained. When magnetic fields are properly harnessed‚ when the magnets and housing are certain composition‚ when magnets are rotating at the proper rpm‚ and when the energy is given a redistribution path‚ a very powerful phenomenon occurs; the natural flow of universal magnetic

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    Physics Electrodynamics

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    arranged at three of the corners of a 20-nm square as shown. The magnitude of the electric field at D‚ the fourth corner of the square‚ is approximately | A) | 1.4  107 N/C | D) | 30 N/C | B) | 1.0  1011 N/C | E) | 1.8  107 N/C | C) | 3.6  1010 N/C | | | | | | An infinitely long cylinder of radius 4.0 cm carries a uniform volume charge density  = 200 nC/m3. What is the electric field at r = 2.0 cm? | | A) zero B) 0.11 kN/C C) 57 N/C D) 0.44 kN/C E)

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    Electromagnetic Induction

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    when it is moved through a magnetic field because the magnetic lines of force are applying a force on the free electrons in the conductor and causing them to move. This process of generating current in a conductor by placing the conductor in a changing magnetic field is called induction. This is called induction because there is no physical connection between the conductor and the magnet. The current is said to be induced in the conductor by the magnetic field. One requirement for this electromagnetic

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    Physics of an Mri Machine

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    concepts used in a Magnetic Resonance Imaging‚ also known as MRI‚ machine. There are many physical concepts used when an MRI is taken of the body‚ such as; radio waves‚ resonance and pulse sequences‚ magnetic fields being produced and lastly‚ magnets. Radio waves much stronger than the magnetic field of the Earth are sent through the body which causes the nuclei in the body to move to a different position. When the nuclei move back to the place they originated from‚ they send back radio waves that the

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    Electricity & Magnetism

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    that are unlike attract each other and magnetic poles that are alike repel each other. Magnetic Force: the attraction or repulsion between magnetic poles Magnetic Fields: Magnetic Field: the area of magnetic force around a magnet Magnetic Field Lines: invisible lines that map out the magnetic field around a magnet. Magnetic field lines spread out from one pole‚ curve around the magnet‚ and return to the other pole. Inside Magnetism The Atom: Definitions: Atom: the smallest particle of

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