'Universal gas constant' diaporamas de présentation

Thermodynamics Review/Tutorial - Ideal Gas Law - Heat Capacity

1.54k views • 88 slides

Thermodynamics Review/Tutorial - Ideal Gas Law - Heat Capacity

1.03k views • 88 slides

Gases – Topic Outlines

Gases – Topic Outlines. Gas Pressure Gas Laws & Ideal Gas Equation Density of Gases Stoichiometry involving gas reactions Kinetic Molecular Theory of Gases Root-mean-square speed Rates of Gas Diffusion and Effusion Deviation of Real Gases Atmospheric Chemistry. Pressure.

1.17k views • 84 slides

Fluid Mechanics

Fluid Mechanics. Liquids and gases have the ability to flow They are called fluids. Liquids are incompressible, assume the form of their containers, and have a fixed volume. Gasses are compressible, and assume the shape and volume of their containers. What is a fluid?. Definitions.

827 views • 61 slides

Chapter 5 Gases

688 views • 47 slides

PETE 411 Well Drilling

PETE 411 Well Drilling. Lesson 9 Drilling Hydraulics - Hydrostatics. Drilling Hydraulics - Hydrostatics. Hydrostatic Pressure in Liquid Columns Hydrostatic Pressure in Gas Columns Hydrostatic Pressure in Complex Columns Forces on Submerged Body

716 views • 38 slides

Thermal Physics

Chapter 10. Thermal Physics. Thermodynamics. Concerned with the concepts of energy transfers between a system and its environment and the resulting temperature variations Historically, the development of thermodynamics paralleled the development of atomic theory

599 views • 37 slides

Chapter 2. EQUATIONS OF STATE

Chapter 2. EQUATIONS OF STATE. In Chapter 1 we introduced concepts and terms that will be used throughout the course. The zeroth law of thermodynamics was discussed. The difficulties in measuring the central variable of thermodynamics, the temperature, were considered.

2.36k views • 35 slides

GASES

GASES. Chemistry 2011. Characteristics of Gases. Fill their containers completely Have mass Can be compressed Exert pressure Mix rapidly. Kinetic Molecular Theory. A simple model to explain the properties of gases Assumptions:

540 views • 32 slides

Engineering Computation

435 views • 27 slides

Gases

Gases. Ideal Gas Law.

297 views • 25 slides

Gas Laws

Gas Laws. Molecules In The Air. How do we know there are molecules in the air? Has anyone ever had wind burn? How about smelled a hamburger when you drove by McDonalds? These examples demonstrate that air is made up of constantly moving molecules. Kinetic Molecular Theory.

295 views • 22 slides

Chpt 5 - Gases

338 views • 21 slides

Choose a seat for this semester

322 views • 21 slides

Behavior of Gases

418 views • 18 slides

Gas Laws

Gas Laws. Chemistry Mrs. Coyle. Factors Affecting Gas Pressure. Number of Moles (Amount of gas) As the number of particles increases, the number of collisions with the container wall increases. Volume The smaller the volume, the greater the pressure exerted on the container. Temperature

117 views • 11 slides

Chapter 6 The States of Matter

342 views • 11 slides

Gas Laws

Gas Laws. Equilibrium state – pressure and temperature are the same throughout. variables:. temperature, pressure, volume, # moles. constant: n, T P vs. V. P α 1/V. PV = cnst. P 1 V 1 = P 2 V 2. constant: n, P V vs. T. V α T K. V/T = cnst. V 1 /T 1 = V 2 /T 2.

214 views • 9 slides

Ideal Gas Law

Ideal Gas Law. PV = nRT. Brings together gas properties. Can be derived from experiment and theory. Ideal Gas Equation. Universal Gas Constant. Volume. P V = n R T. Pressure. Temperature. No. of moles. R = 0.0821 atm L / mol K R = 8.314 kPa L / mol K.

831 views • 7 slides

Ideal Gas Law

Gases. Ideal Gas Law. C. Characteristics of Gases. Gases expand to fill any container. random motion, no attraction Gases are fluids (like liquids). no attraction Gases can be compressed. no volume = lots of empty space Gases have very low densities. no volume = lots of empty space.

240 views • 7 slides