'Large magnet' diaporamas de présentation

Magnetism

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Magnetic Fields and Forces February 11 th , 2013

Chapter 20. Magnetic Fields and Forces February 11 th , 2013. REVISED!!!!! room assignments for exam 1, 2, 3:. Sections 302, 307, 309, 314, 323, 324 (TAs Lau & Woods) meet in 145 Birge Sections 305, 310, 312, 317, 321 (TAs Dodd & Lee) meet in 2103 Chamberlin

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Physical Science

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Intro. To Magnetism

Intro. To Magnetism. Chapter 16. Properties of a Magnet. Magnet : Material that can create magnetic effects by itself. Magnetic Material: Are affected by magnets but do not actively create their own magnetism Example: Iron or steel Permanent Magnet:

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Brain Scanning Technology

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Using the Quantum Model

Using the Quantum Model. Periodic Table. Periodic Trends. Atomic Radius: Increases down a group and decreases across a period Ionization Energy (energy required to remove an electron from the atom): Decreases down a group and increases across a period. Ions.

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Purpose

Purpose. Apply graphical analysis principles to develop a mathematical model for the relationship of the force between two magnets and the separation of the two magnets. Measuring the Force Between Two Magnets - Setup. r. A Good Guess of the Force Law. a number. a constant.

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Purpose

Purpose. Apply graphical analysis principles to develop a mathematical model for the relationship of the force between two magnets and the separation of the two magnets. Measuring the Force Between Two Magnets - Setup. r. A Good Guess of the Force Law. a number. a constant.

177 views • 7 slides

Purpose

Purpose. Apply graphical analysis principles to develop a mathematical model for the relationship of the force between two magnets and the separation of the two magnets. Measuring the Force Between Two Magnets - Setup. r. A Good Guess of the Force Law. a number. a constant.

149 views • 6 slides

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T2K (Tokai to Kamioka)

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