'Pv nrt' presentation slideshows

Week 2 lectures--tentative

Week 2 lectures--tentative. 10.7 Kinetic Molecular Theory. Theory developed to explain gas behavior. Theory based on properties at the molecular level . Kinetic molecular theory gives us a model for understanding pressure and temperature at the molecular level.

1.02k views • 90 slides

Math Education: Solving and Graphing Linear Equations

Math Education: Solving and Graphing Linear Equations. HOME. HOME. Practice. Home Information Movie Review. Practice Quiz References . HOME. Info. QUIZ. Movie. Review. Target Audience. HOME. High School Math Students (grades 9-10) Math Teachers College Students

840 views • 72 slides

Unit 10: Gases

Unit 10: Gases. Chemistry I Mr. Patel SWHS. Topic Outline. MUST have a scientific calculator (not graphing)!! Properties of Gases (13.1, 14.1) Kinetic Molecular Theory (13.1) Temperature and Pressure Conversions (14.1) Empirical Gas Laws (14.2) Ideal Gases and Real Gases (14.3)

951 views • 64 slides

Ch. 12 Behavior of Gases

Ch. 12 Behavior of Gases. Gases. Gases expand to fill its container, unlike solids or liquids Easily compressible: measure of how much the volume of matter decreases under pressure. Variables that describe a gas. Pressure (P) Measured in kilopascals, kPa

626 views • 41 slides

Gases

Gases. Chapter 10 BLB 12 th. Expectations. Convert between different pressure units. Gas Laws: s olve for any gas quantity from other given quantities. Include gases in stoichiometric calculations. Work with mole fractions and partial pressures.

704 views • 39 slides

Chapter 13 States of Matter

Chapter 13 States of Matter. Quiz 13. Chapter 13 Objectives. Describe how fluids create pressure and relate Pascal's principle to some everyday occurrences Apply Archimedes' and Bernoulli's principles

484 views • 38 slides

Chapter 5 Single-Phase System

3.49k views • 37 slides

Force per unit area

Force per unit area. Density Buoyancy Pressure Power. 16 of 30. Mass per unit volume. Density Buoyancy Pressure Power. 20 of 30. Upward force experienced by an object immersed in a fluid. Density Buoyancy Pressure Power. 21 of 30.

541 views • 34 slides

Gas Relationships

565 views • 28 slides

Chapter 12 Chemical Quantities

Chapter 12 Chemical Quantities . 12.2 Using Moles. Warm-up: Making a Sandwich. How Many Sandwiches?. What is Stoichiometry?. Stoichiometry is the study of quantitative relationships between amounts of reactants used and products formed by a chemical reaction.

569 views • 26 slides

Chemistry 115

Chemistry 115. Review. Chapter 1: An Introduction to Chemistry. Molecular vs. Particulate view Scientific Method Matter States of Matter solid, liquid, and gas Amorphous/crystalline Types of Matter Pure substance: compounds and elements Mixture: homogeneous and heterogeneous.

371 views • 25 slides

HL1-5.ppt

Introduction to Gases & The Kinetic Molecular Theory (KMT) Note: The content in this presentation is not required in the IB course syllabus for topic 1 but will help you to deepen your understanding of the gas laws and help you later in Kinetics. HL1-5.ppt.

368 views • 20 slides

Pressure, temperature and volume relationships (w/ a constant amount of molecules

Pressure, temperature and volume relationships (w/ a constant amount of molecules. As pressure , the volume_____ Therefore, the relationship is ______________ As temperature , the volume _____ Therefore, the relationship is ______________ As temperature , the pressure _____

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Expansion, compression, and Isotherms

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Welcome Knights

286 views • 16 slides

Gas Laws

Gas Laws. Factors . Pressure Volume Moles Temperature . Pressure . Common units Atmospheres ( atm ) mm Hg Torr kiloPascals ( kPa ) Pounds per square inch (psi ) Bar or millibar (b or mb ) Influences Weight of air or water above you

248 views • 15 slides

Chapter 19

Chapter 19. The Ideal Gas Equation. The Ideal Gas Equation. PV=nRT. Ideal-Gas Equation. PV = nRT. P = pressure V = volume n = number of moles T = temperature R = gas constant. R values. a. A. I.

296 views • 13 slides

Agenda

Agenda. Attendance Hand in your Labs Pass the problem on Hot air balloon project. Pass It On. How many moles of CO 2 (g) is in a 5.6 L sample of CO 2 measured at STP ? a ) Calculate the volume of 4.50 mol of SO 2 (g ) measured at STP.

226 views • 10 slides

Nonideal Gases

Nonideal Gases. Assumptions of Ideal Gases: The molecules of an ideal gas are very small, so their volume is assumed zero.

253 views • 7 slides

Anthony, Chris, Adam

Anthony, Chris, Adam. Reaction Chemistry . HCl + NaHCO3 -> NaCl + H20 + CO2 12.5 mol HCl /1000ml = .125 mol HCl /10ml PV=NRT P=6 ATM V= .7L N= X Mols R= .08205 K Mol/L ATM N=RT/PV mol= 6ATMx.7L/.08205 K Mol/L ATM x293K N=.1747 mol

160 views • 5 slides