'Isothermal' diaporamas de présentation

Lecture 8

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Design of Catalytic Membrane Reactor for Oxidative Coupling of Methane

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Lecture 2: Heat Capacities/State functions

Lecture 2: Heat Capacities/State functions. Reading: Zumdahl 9.3 Outline Definition of Heat Capacity (C v and C p ) Calculating D E and D H using C v and C p Example of Thermodynamic Pathways State Functions. Heat Capacity at Constant V. Recall from Chapter 5 (section 5.6):

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Source Models

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The First Law of Thermodynamics

Chapter 17. The First Law of Thermodynamics. Thermodynamics.

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Add a slide just before efficiency that explains why Qlow exhaust is necessary

Add a slide just before efficiency that explains why Qlow exhaust is necessary. Ch15 Thermodynamics. First Law of Thermodynamics The Internal Energy of a closed system will be equal to the energy added to the system by heating minus the work done by the system to its surrounding.

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Chapter 1: Thermodynamic Concepts and Terminology

Chapter 1: Thermodynamic Concepts and Terminology. 1.1 Systems: Definitions. System: Part of the universe to analyze. Surroundings/Environment: Part of universe affected by system. System Boundary: Separates system from surroundings. Surroundings. System. System Boundary. Universe.

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Possible=8.8 PW at 36 o

Observed=5.8 PW at 35 o. Possible=8.8 PW at 36 o. Dynamic Heat Transport. The heat transport implied from radiation is transported by several different mechanisms in the atmosphere and ocean. Masuda, 1988. Heating in Held-Suarez control. W/m^2 Per layer.

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SMP on SMBH Are these two empirical laws similar? The same? Isothermal spheres

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Thermodynamics I Chapter 3 Energy, Heat and Work

Thermodynamics I Chapter 3 Energy, Heat and Work. Mohsin Mohd Sies Fakulti Kejuruteraan Mekanikal , Universiti Teknologi Malaysia. Energy, Heat and Work (Motivation). A system changes due to interaction with its surroundings. Energy interaction is a major factor.

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Heat Engines

Heat Engines. A Brief Review of Thermodynamics. Thermodynamics. The science of thermodynamics deals with the relationship between heat and work. It is governed by two laws, neither of which have ever been proved. On the other hand no violations of either law have ever been observed.

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The First Law of Thermodynamics

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pV Diagrams

pV Diagrams. Volume Change : confined gas. Work = (Force)( displacement). = (pressure x Area)( displacement). = (pressure)( ?volume). Work = Force ? displacement. W>0. W<0. p -V Diagram. work done = area under p -V curve. Thermodynamic state.

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