'Elementary charge' presentation slideshows

Welcome to Physics 112

Welcome to Physics 112. Instructor: Mike Talbot Web Page : delta.edu/mttalbot/physics112. Chapter 15. Electric Forces and Electric Fields. Introduction. Greek contributions (700 BC) Friction generates electricity Rub a piece of amber with wool. 61. Introduction.

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Unit V :

Electricity. Unit V :. Essential Questions : ? What is charge? ? How do charges behave?. ? What is an electric field? ? How is electricity created? ? What is resistance? ? How do circuits work?. Electrostatics.

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Every particle has an anti-particle - Electron and positron - Proton and antiproton

MODERN PHYSICS: II. Every particle has an anti-particle - Electron and positron - Proton and antiproton - Neutrino and antineutrino - Quarks and anti-quarks - They both have mass - They have opposite sign - If they meet, they self-annihilate and release energy. e-. p +. n. n.

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Charge Model

Charge Model. Balloon and Scotch Tape Electroscope Lab. Balloon Lab. Big Idea : There exist electrical charges which can repel/attract one another. Up and atom!. An atom is the smallest unit of a particular element. Atoms are made up of protons (+), neutrons (0), electrons (-).

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Physics Bell ringer

Physics Bell ringer. Get a board and marker Quietly wait for review. Review Game Eureeka. 1. What sub-atomic particle is responsible for the acquiring of static charge?. electrons. 2. A negatively charged object is brought near a negative electroscope, what will happen to the leaves?.

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Electrostatics

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Charge

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University Physics: Waves and Electricity

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Electrons, Photons & Waves

Module 1 Electric Current. Electrons, Photons & Waves. Explain that electric current is a net flow of charged particles. Explain that electric current in a metal is due to the movement of electrons, whereas in an electrolyte the current is due to the movement of ions.

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The Millikan Experiment

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