PPT-Chapter 26B - Capacitor Circuits

A PowerPoint Presentation by Paul E Tippens Professor of Physics Southern Polytechnic State University 2007 Objectives After completing this module you should be able to Calculate the . Lecture 09. RC Circuits. Time Constant Demo. Which system will be brightest?. Which lights will stay on longest?. Which lights consume more energy?. 2. Each circuit has a 0.5 F capacitor charged to 9 Volts.. Physics 2415 Lecture 23. Michael Fowler, . UVa. Today’s Topics. Review self and mutual induction. LR. Circuits. LC. Circuits. Definition of Self Inductance. For any shape conductor, when the current changes there is an induced emf . Lecture . 10 & 11. DC Circuits. Key Points. EMF and Terminal Voltage. Resistors in Series and in Parallel. Circuits Containing Resistor and Capacitor (. RC. Circuits). References. . 19-1,2,5,6. EE194. Brad Wheeler. Block Diagram. RF gain . N. oise reasons. Down-conversion. Easier to build low frequency circuits. Signal processing . M. ore gain, filtering. Digitization/demodulation. Extract the information. EE194. Brad Wheeler. Block Diagram. RF gain . N. oise reasons. Down-conversion. Easier to build low frequency circuits. Signal processing . M. ore gain, filtering. Digitization/demodulation. Extract the information. 1. Learning Objectives:. Know how to use graphs as models and how to determine efficient paths.. Modeling with graphs. Euler circuits. Degrees of vertices and Euler’s Theorem. Chapter . 7 Graph Theory. Contents of Chapter 19. EMF and Terminal Voltage. Resistors in Series and in Parallel. Kirchhoff. ’. s Rules. EMFs in Series and in Parallel; Charging a Battery. Circuits Containing Capacitors in Series and in Parallel. , BIOELECTRICITY, AND DC INSTRUMENTS. PowerPoint Image Slideshow. Figure . 21.1. The complexity of the electric circuits in a computer is surpassed by those in the human brain. (credit: Airman 1st Class Mike Meares, United States Air Force). Today. ’. s Agenda. Announcements: . Team problems start this Thursday. Team 1: . Hend. . Ouda. , . Mike . Glinski. , Stephanie Auger. . Team 2: . Analiese. . Bruder. , Kristen Dean, Alison Smith. but I will post the study guide this weekend. Problem 31. 31. (II) (a) What is the potential difference between points a and d in Fig. 26–49 (similar to Fig. 26–13, Example 26–9), and (b) what is the terminal voltage of each battery?. Lecture #14. Steady-State (DC) RLC Circuits. Lecture Objectives. The lecture today will focus on:. Introduction to steady-state (DC) analysis of RLC Circuits . Circuits with only DC sources & . without switches.. Michael Fowler, . UVa. Today’s Topics. Review self and mutual induction. LR. Circuits. LC. Circuits. Definition of Self-Inductance. For any shape conductor, when the current changes there is an induced emf . Direct current (DC) circuits involve current flowing in one direction.. In alternating current (AC) circuits, instead of a constant voltage supplied by a battery, the voltage oscillates in a sine wave pattern, varying with time as v=V sin . Section 62. 1. Linear circuit connected to a capacitor. Charges and discharges. Source and sink of current. Volume between plates is small. 2. Differential Equation for charge on capacitor. The magnetic energy of the circuit is.