'Test charge' presentation slideshows

Homework set #3 is posted Due Tuesday by 5PM No late homework accepted Homework set #4 is posted Due Tuesday September 2

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Chapter 25

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Gauss' Law

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Lecture 1: Intro & Circuit Variables Nilsson 1.1-1.6

Lecture 1: Intro & Circuit Variables Nilsson 1.1-1.6. ENG17 (Sec. 2): Circuits I Summer 1 2014. June 23, 2014. Overview. Personal Introduction Course Introduction Units Circuit Analysis Voltage / Current Basic Circuit Element Power / Energy. Dr. Kyle Montgomery.

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Electric Potential

Electric Potential. AP Physics B Chapter 17 Notes. E. D V. Electric Potential. Recall gravitational potential energy Work done by gravity in moving object from A to B is equal to the change in GPE W = mgh B ?mgh A = GPE B ?GPE A. Electric Potential.

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Electrostatics

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Chapter 21

Electric Fields. Chapter 21. Electric Fields. A charge creates an electric field around it in all directions A second charge placed in that field will interact. Compare this to the gravitational field. Electric Fields -- Continued.

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Electrostatics

Electrostatics. Chapter 17. Types and Sources of Charge. Positive (proton) and negative (electron) Charges stem from ionized atoms. Those with too few electrons are positively charged, those with too many negatively charged Electric charge is conserved Electric charge is quantized

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Chapter 12: Electric Field Lines and Electric Charges

Chapter 12: Electric Field Lines and Electric Charges. J. Pulickeel November 2008 SPH 3U1. Contents of this Presentation. In this presentation we will learn What are Electric Force Fields? What are the properties of Electric Force Fields?

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The Electric Field

The Electric Field. What do you think? .

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The Electric Field

The Electric Field. Chapter 17.3. Field Force. Electric force, just like gravitational force is a field force. A field force is capable of acting through space, producing an effect even when there is no contact between two objects. Electric Field.

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Electric Energies and Potentials

Electric Energies and Potentials. A positive charge might be placed at one of three spots in a region where there is a uniform electric field . How does the electric potential energy, U elec , on the charge at positions 1, 2, and 3 compare?. U is greatest at 1

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Electric Energy

Electric Energy. Electrical Potential Energy. Potential energy is the negative of the work done by conservative forces. Potential energy D U = - W con Electrical work is done by the Coulomb force. Electrical potential energy. A charge in an electric field is subject to a force.

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Review of Electrical Potential

Review of Electrical Potential. (A makeup for yesterday). General equation (always works as long as you do the calculus right) Specific equation for a point charge with infinity as your reference point (i.e. where V = 0)

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Electric Potential Difference Created by Point Charges

Electric Potential Difference Created by Point Charges. 19.3. Derivation. Potential of a Point Charge. V is NOT the absolute potential V IS the potential difference if a test charge were moved to a distance of r from infinity. Example.

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Lecture 7

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Parallel plates

Parallel plates. Parallel Plates. Parallel Plates. From previous work, the electric field strength can be found from the electric force on a test charge. In a parallel plate apparatus, a charge is forced from one side to the other with the electric field The work done in moving q is.

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ELECTRIC FIELDS

ELECTRIC FIELDS. I. Electric Field. Assume you have a point charge somewhere in space. If you place a tiny point charge (q 0 ), into that space, the electric field will apply a force to that test charge. q 0. +. II. Electric Field Strength. FORMULA F is the force on the test charge.

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Concept questions

Concept questions. Discussed in class.

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