'Molar heat capacity' presentation slideshows

http://hytechapps.com/

http://hytechapps.com/. http://hytechapps.com/company/press. http://www.phact.org/e/bgas.htm. http://en.wikipedia.org/wiki/John_Bockris. Thermochemical Equations. Write the thermochemical equation for the reaction for CuSO 4(aq) + 2NaOH (aq) Cu(OH) 2(s) + Na 2 SO 4(aq)

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Energy, Enthalpy, and Thermochemistry

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Introduction

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Chapter 6

Chapter 6. Thermochemistry. Jozsef Devenyi Department of Chemistry, UTM. The Nature of Energy. Recall: force:. a push or pull on an object. work:. the product of force applied to an object over a distance. energy:. the work done to move an object against a force.

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Chapter 11: Liquids & Solids

Chapter 11: Liquids & Solids. Renee Y. Becker Valencia Community College. Kinetic Molecular Theory. Introduction Gases Gas particles act independent of one another Attractive forces are very weak Particles are free to move randomly Occupy whatever space available

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Thermochemistry & Thermodynamics

Thermochemistry & Thermodynamics. AP Chemistry. Brief Overview. Chemical reactions involve changes in energy Thermochemistry Study of relationships of chemical reactions and energy changes Thermodynamics Study of energy and its transformations. Energy.

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DSC: Data Analysis

DSC: Data Analysis. Michael Blaber Professor of Biomedical Sciences College of Medicine Florida State University. 2. Outline. Thermodynamic parameters. Model properties and assumptions. Error. Some examples. Consider protein as the biomolecule of interest. Thermodynamic parameters.

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Thermochemistry

Thermochemistry. Energy. Energy is necessary for all life. The study of energy and it transformations is known as thermodynamics.

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Chapter 5:

Chapter 5:. Thermochemistry. Thermochemistry:. Energy Kinetic & Potential First Law of Thermo internal energy, heat & work endothermic & exothermic processes state functions Enthalpy Enthalpies of Reaction. Calorimetry heat capacity and specific heat constant-pressure calorimetry

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Chapter 6 Thermochemistry

Chapter 6 Thermochemistry. 6.1 The Nature of Energy A. Energy: the capacity to do work or to produce heat 1. Work: a force acting over a distance B. Heat: a form of energy

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Chapter 6

Chapter 6. Energy Thermodynamics. Energy is. The ability to do work. Conserved. made of heat and work. a state function. independent of the path, or how you get from point A to B. Work is a force acting over a distance.

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Chapter 6

Chapter 6. Energy Thermodynamics. Energy is. The ability to do work. Conserved. made of heat and work. a state function. independent of the path, or how you get from point A to B. Work is a force acting over a distance.

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Energy Calculations

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Thermodynamics and Statistical Mechanics

Thermodynamics and Statistical Mechanics. First Law of Thermodynamics. Review of van der Waals Critical Values. van der Waals Results. van der Waals Results. Configuration Work. ? W = PdV Gas, Liquid, Solid: . Kinds of Processes. Often, something is held constant. Examples:

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Energetics

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First Law of Thermodynamics

First Law of Thermodynamics. Michael Moats Met Eng 3620 Chapter 2. Thermodynamic Functions. To adequately describe the energy state of a system two terms are introduced Internal Energy, U Enthalpy, H Internal Energy related to the energy of a body. Example: Potential Energy

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Causes of Change

Causes of Change. Order and Spontaneity . Enthalpy and Reactions. Some reactions happen easily, but some others do not. Sodium and chlorine readily react to form NaCl when brought together.

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Phy 212: General Physics II

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State p, atm V, liters T, K (1) 1.00 24.4 298 (2) 2.00 24.4 596 (3) 2.00 12.2 298

1. One mole of an ideal monoatomic gas is put through the reversible cycle shown below. Find the work, heat, change in Energy, and change in Enthalpy, for each stage and for the total cycle. (Draw the cycle on a p-V diagram). (1)-(2) Isochoric heating from 1.00 atm to 2.00 atm at 24.4 L

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