PPT-1.3 Energy & Equilibrium

Kristin Page IB ESS 20152016 Significant Ideas The laws of thermodynamics govern the flow of energy in a system and the ability to do work Systems can exist in alternative stable states or as equilibria between which there are . MICROECONOMICS. Principles and Analysis. . Frank Cowell . Almost essential . A Simple Economy. Useful, but optional. Firm: Optimisation. Consumer Optimisatio. n. Prerequisites. July 2015. 1. Note: the detail in slides marked “ * ” can only be seen if you run the slideshow. Dr. Ron Rusay. © Copyright 2003-2010 R.J. Rusay. Chemical Equilibrium. The reactions considered until now have had reactants react completely to form products. These reactions “went” only in one direction.. SCH4U1 . Chapter 7. Equilibrium [noun]. 1. a. :. a state of intellectual or emotional balance . :. . poise. <trying to recover his . equilibrium. > . b. :. a state of adjustment between opposing or divergent influences or . CMPT 882. Computational Game Theory. Simon Fraser University. Spring 2010. Instructor: Oliver Schulte. 1. Equilibrium Refinements. A complex game may have many Nash . equilibria. .. Can we predict which one players will choose?. What’s . New here?. . Incomplete information: . Example: . Battle of the sexes . game,But. Bob . doesn’t know . what Alice wants . (i.e. her payoffs from possible outcomes). In previous examples we had “. A . reversible reaction . can be approached from either direction. In a . closed system. , no reactants or products can enter or escape. For equilibrium to be achieved, a reaction must be . reversible. SSEMI2c, 3b: . Explain. and illustrate the effects of price floors and ceilings. . The intersection of supply and demand. Equilibrium Price. Where Demand and Supply Meet. Equilibrium is the point where Demand and Supply cross. . UNIT-III. . Topics of Chapter:. . Statement and meaning of Phase, component and degree . of freedom.. Derivation of Gibbs phase rule.. Phase equilibrium of one component systems-water, . At equilibrium, the number of. people riding up the lift and the. number of people skiing down . the slope . are constant.. Learning Goal . Calculate the equilibrium constant for a reversible reaction given the concentrations of reactants and products at equilibrium.. Lecture 1. Plan of the Course. The Geochemical Toolbox. Thermodynamics. Kinetics. Aquatic systems. Trace elements & magmatic systems. Isotopes. Radiogenic. Stable. The Big Picture: Cosmochemistry. In-Class Activities. :. Reading Quiz. Applications. What, Why and How of a FBD. Equations of Equilibrium. Analysis of Spring and Pulleys. Concept Quiz. Group Problem Solving. Attention Quiz. Today’s Objectives. Calculating . D. G. o. as a State . Function.. Solving . D. G. o. Using Hess’s . Law.. Using . the following data (at . 25. o . C). C. diamond. (s. ) + O. 2. (g) . . CO. 2. (g) . D. G. . Scalars and vectors. . Types of forces. . Resultant of forces. . Equilibrium of particles. Scalar and Vectors. . Scalar - . a physical quantity that is completely described by a real number. The Meaning of K. . K > 1 . . the equilibrium position is far to the right . K < 1 . . the equilibrium position is far to the left . The value of . K. for a system can be calculated from a known set of equilibrium concentrations. .