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Open Chemistry Online: Chemistry 2 (Version 2) [All Files] Public Deposited
- Abstract
Thank you for choosing Open Chemistry Online for your pursuit of chemistry knowledge! My name is Dr.
Alex Saltzman and I look forward to walking you through chemistry’s unique view of the world.
New for version 2 is the deployment of the course into a Canvas cartridge (import as “Common
Cartridge 1.x Package”). Other LMS may work but have not been tested with this project.
The course is organized into the following modules, following the corresponding chapters in the OpenStax
Chemistry 2e textbook:
Module 0: Course Introduction
Module 1: Equilibrium Ch. 13
Module 2: Kinetics Ch. 12.1-12.4 (Focus: 12.2-12.3)
Module 3: Reaction Coordinates andCatalysis
Ch. 12.5-12.7
Module 4: Acids and Bases Ch. 14.1-14.5
Module 5: Buffer Solutions Ch. 14.6
Module 6: Titrations Ch. 14.7
Module 7: Thermodynamics Ch. 16
Module 8: Redox Reactions Ch. 4.2, 17.1
Module 9: Electrochemistry Ch. 17.2-17.4
Module 10: Solubility Ch. 15.1
Module 11: Complex Ion Formation Ch. 15.2-15.3
Module 12: Nuclear Chemistry Ch. 21 (Focus: 21.1-21.3)
Module 13: Coordination Chemistry Ch. 19.1-19.2
Module 14: Solid State Chemistry Ch. 10.5-10.6
The modules within this document should stand well enough alone, but if you are looking to use this
resource as comprehensively as possible, here are things to consider for getting the most out of each
subject.
1) These modules do not necessarily make up a comprehensive Chem 2 course! The intention of this
resource is to complement an existing class, provide a refresher for a student, or structure a selfguided
program.
2) For instructors – this course is well suited for University Chemistry for majors, General Chemistry 2
or AP chemistry. The majority of the 15 modules will be included in these courses.
3) Each module contains an “introduction” file, which holds learning objectives and suggested
readings. Begin there if you are looking for a more comprehensive experience. This file also
contains captions and attribution information for all figures.4) After completing each video, complete the corresponding 10-question quiz. If you are getting 8-9
correct, you are well on your way! Consider viewing the video again and retaking the quiz for
100%.
5) Each module also contains a CHALLENGE quiz. Take the quiz and try to hold yourself to a 15-
minute time limit. There is also a REVIEW video of this written quiz that details the solution.
Remember, chemistry is a subject of scientific inquiry – continue to ask questions, find answers in the
videos, text, and further literature, and discuss the subject with your peers and experts – and you will find
success!
- Creator
- Academic Affiliation
- Last Modified
- 2025-02-11
- Resource Type
- Rights Statement
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| Thumbnail | Title | Date Uploaded | Visibility | Actions |
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0-Introduction.zip | 2025-02-10 | Public | Download |
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1-Equilibrium.zip | 2025-02-10 | Public | Download |
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2-Kinetics.zip | 2025-02-10 | Public | Download |
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3-ReactionCoordinatesCatalysis.zip | 2025-02-10 | Public | Download |
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4-AcidsBases.zip | 2025-02-10 | Public | Download |
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5-Buffers.zip | 2025-02-10 | Public | Download |
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6-Titration.zip | 2025-02-10 | Public | Download |
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7-Thermodynamics.zip | 2025-02-10 | Public | Download |
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8-RedoxReactions.zip | 2025-02-10 | Public | Download |
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9-Electrochemistry.zip | 2025-02-10 | Public | Download |
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10-Solubility.zip | 2025-02-10 | Public | Download |
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11-KfCombiningK.zip | 2025-02-10 | Public | Download |
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12-NuclearChemistry.zip | 2025-02-10 | Public | Download |
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13-CoordinationChemistry.zip | 2025-02-10 | Public | Download |
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14-SolidState.zip | 2025-02-10 | Public | Download |
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open-chemistry-online-chem-2-export.imscc | 2025-02-10 | Public | Download |