Class: 24-25 S1 SCI521 AP Chemistry - Johnson, Section: Unit 10: Gas laws - Chapter 5 (Also in IMFs)

Select activity Chapter 5

Chapter 5 File
Select activity Unit 10 - Chapter 5 annotated student notes

Unit 10 - Chapter 5 annotated student notes File
Select activity Unit 10 PowerPoint lecture

Unit 10 PowerPoint lecture File
Select activity Johnson Unit 10, Section 1 & 2 video notes: Ideal & Combined Gas Law equations

Johnson Unit 10, Section 1 & 2 video notes: Ideal & Combined Gas Law equations Interactive Content
Select activity Jeremy Krug: Boyle's Law, Charles' Law, Gay-Lussac's Law (Topic 4a)

Jeremy Krug: Boyle's Law, Charles' Law, Gay-Lussac's Law (Topic 4a) Interactive Content
Select activity Jeremy Krug: Ideal Gas Law PV = nRT (Topic 4b)

Jeremy Krug: Ideal Gas Law PV = nRT (Topic 4b) Interactive Content
Select activity Johnson Unit 10, Sections 1 & 2 video notes: Practice problems and their solutions

Johnson Unit 10, Sections 1 & 2 video notes: Practice problems and their solutions Interactive Content
Select activity Unit 10 - Chapter 5 assignment #1: combined & PV=nRT

Unit 10 - Chapter 5 assignment #1: combined & PV=nRT File
Select activity Jeremy Krug: Le Chatelier's Principle

Jeremy Krug: Le Chatelier's Principle Interactive Content
Select activity Jeremy Krug: Dalton's Law of Partial Pressures (Topic 4c)

Jeremy Krug: Dalton's Law of Partial Pressures (Topic 4c) Interactive Content
Select activity Unit 10 - Chapter 5 assignment #2: Gas Stoichiometry

Unit 10 - Chapter 5 assignment #2: Gas Stoichiometry File
Select activity Johnson Unit 10, Section 3 video notes: Dalton's Law, mole fraction, root mean square velocity, and Graham's Law

Johnson Unit 10, Section 3 video notes: Dalton's Law, mole fraction, root mean square velocity, and Graham's Law Interactive Content
Select activity Jeremy Krug: Kinetic-Molecular Theory & Graham's Law (Topic 5)

Jeremy Krug: Kinetic-Molecular Theory & Graham's Law (Topic 5) Interactive Content
Select activity Unit 10 - Chapter 5 assignment #3: molar mass, partial pressures, effusion

Unit 10 - Chapter 5 assignment #3: molar mass, partial pressures, effusion File
Select activity Unit 10 - Chapter 5 MM of Gases of Volatile Liquid pre-lab questions

Unit 10 - Chapter 5 MM of Gases of Volatile Liquid pre-lab questions File
Select activity Unit 10 - Chapter 5 Lab-Determination of the MM of Gases of Volatile Liquids

Unit 10 - Chapter 5 Lab-Determination of the MM of Gases of Volatile Liquids File
Select activity Java simulator: Boiling Water and ethanol

Java simulator: Boiling Water and ethanol URL
Select activity Johnson Unit 10, Section 4 video notes: Ideal vs. Real gases; calculating ideal, van der Waals pressures & % error

Johnson Unit 10, Section 4 video notes: Ideal vs. Real gases; calculating ideal, van der Waals pressures & % error Interactive Content
Select activity Jeremy Krug: Deviation from the Ideal Gas Law (Topic 6)

Jeremy Krug: Deviation from the Ideal Gas Law (Topic 6) Interactive Content
Select activity Professor Dave Explains: Non-ideal gases and the Van der Waals equation

Professor Dave Explains: Non-ideal gases and the Van der Waals equation URL
Select activity Crash Course Chemistry video: real gases

Crash Course Chemistry video: real gases URL
Select activity Unit 10 - Chapter 5 practice problems mc

Unit 10 - Chapter 5 practice problems mc File
Select activity Unit 10 - Chapter 5 review multiple choice questions answer form

Unit 10 - Chapter 5 review multiple choice questions answer form Quiz
Select activity NMSI review: Gas Laws

NMSI review: Gas Laws File
Select activity Unit 10 - Chapter 5 MC test: Gases

Unit 10 - Chapter 5 MC test: Gases Quiz

Note: For all questions, assume that the temperature is 298 K, the pressure is 1.00 atmosphere, and solutions are aqueous unless otherwise specified.
Directions: Each of the questions or incomplete statements below is followed by four suggested answers or completions. Select the one that is best in each case and then fill in the corresponding circle on the answer sheet.

Section outline