'Unit charge' presentation slideshows

Exam Review Part 1

Exam Review Part 1. SPH4C. Definitions. acceleration. Definitions. acceleration N. The rate of change in the velocity of an object. Definitions. charge. Definitions. charge O. A quantity of electricity. Definitions. current. Definitions. current

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International Center For Environmental Finance.

International Center For Environmental Finance. Series A - Course #3 Water Tariffs and Subsidies: Policy Alternatives For Decisionmakers. Objectives of Municipal Tariff Design. Setting water tariffs requires a balance between four main objectives: Cost Recovery. Economic Efficiency.

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Circuit Theory I

Circuit Theory I. Part 2: Charge, Current, Voltage, Energy, Power, Sources 2.1 Major Topics of the Course 2.2 Circuits Quantities 2.3 Charge 2.4 Current 2.5 Voltage 2.6 Energy and Power 2.7 Practical Examples 2.8 Independent & Dependent Sources.

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Circuit Components

Circuit Components. Specification. Charge carriers. Electric current is the flow of electric charge. This charge is carried by particles such as electrons and ions.

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When ready, please click to begin the game!

Physics. JEOPARDY!. When ready, please click to begin the game!. View Credits. CLICK SCREEN TO CONTINUE >. Kinematics by Graphical means. JEOPARDY!. Definitions. Potential and fields. Circuits. Electrostatics. Phamous Physicists. 100. 100. 100. 100. 100. 200. 200. 200. 200.

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Galveston County Pilots

Galveston County Pilots. 2009-2010 Tariff Application May 3, 2010. Introduction. Captain Wallace R. Hogan, Jr. Presiding Officer Galveston-Texas City Pilots. Presentation. Captain Mark Saunders Vice President Galveston-Texas City Pilots. Texas Transportation Code 67.066.

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4.2 Potential difference ( pd ) and power

4.2 Potential difference ( pd ) and power. Potential Difference: * is defined as the work done (or energy transfer) per unit charge. V (Volt) = W (work done, J) Q (charge, C). +. B.

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Electric Potential Energy versus Electric Potential Calculating the Potential from the Field

Physics 121 - Electricity and Magnetism Lecture 05 -Electric Potential Y&F Chapter 23 Sect. 1-5. Electric Potential Energy versus Electric Potential Calculating the Potential from the Field Potential due to a Point Charge Equipotential Surfaces Calculating the Field from the Potential

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Electrical Circuit (DC) analysis

Electrical Circuit (DC) analysis. Sections 5.1-5.2: pages 186-201; 208-214. Potential difference (in a circuit). Energy GAINED by electrons: The electrons in a wire gain potential energy when passing through the cell or battery.

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Magnetism 11.2

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Study Guide for Chapter 21 Physics 2

Study Guide for Chapter 21 Physics 2. Section 21.1. Creating and Measuring Electric Fields. An electric field exists around any charged object. The field produces forces on other charged objects. The electric field is the force per unit charge. Chapter Summary 1. Section 21.1.

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EMF and Internal Resistance

EMF and Internal Resistance. Electricity Lesson 9. Learning Objectives. To know why the pd of a cell in use is less than its emf. To know how to measure the internal resistance of a cell. To know how to calculate how much power is wasted in a cell. Question.

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Measuring current

Measuring current. Electric current: rate of flow of electrons past a specific point in a circuit Measured with: Ammeter Symbol: I Unit: ampere (A) 1 A = 6.2 x 10 18 electrons/s = 1 C/s C= coulomb. Ammeter.

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ENGR 111 Lecture 3

ENGR 111 Lecture 3. Reading: Chapters 19, Class notes. Lecture 3: DC Fundamentals . Electrical Charge (q): more or fewer electrons In an atom, # of electrons = # of protons When they differ, electrical charge is present Each electron/proton carries a unit charge

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Gravitational force

Coulomb force. Gravitational force. k = 9 x 10 9 Nm 2 /C 2 can be repulsive and attractive!. G = 6.67 x 10 -11 Nm 2 /kg 2 can only be attractive!. Non-contact forces Action-at-a-distance forces Conservative force. On the surface of the earth. gravitational force acting on a unit mass

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14.1 Cells and Batteries

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Wordwall Learning Objective: To analyse EMF and voltage in circuits

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Electric field, Electric Potential Difference and Capacitance

Electric field, Electric Potential Difference and Capacitance. Electric Potential Difference. In an electric field, the change in potential energy per unit charge. The work done moving a test charge in an electric field divided by the magnitude of the test charge.

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