Series: College Chemistry II: Electrochemistry
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About this Series
- Lessons: 4
- Total Time: 1h 53m
- Use: Watch Online & Download
- Access Period: Unlimited
- Created At: 10/22/2009
- Last Updated At: 11/03/2009
In these four lessons on electrochemistry, we'll review oxidation-reduction and single replacement reactions before introducing the concept of standard electrode potentials. Voltaic cells and specific galvanic cells will also be introduced. Then, we'll work through several problems relating cell notation and voltage calculation relative to a galvanic cell. The SHE is also introduced as is the relationship between concentration and electrode potential. Next, we'll examine differences between primary and secondary cells before learning about electrolytic cells, Faraday
About this Author
-
- Sandra Etheridge
- 194 lessons
- Joined:
09/21/2009
Sandra Y. Etheridge, Ph.D., is a Professor Emerita. She received her Ph.D. in Educational Leadership with emphasis in curriculum development in Chemistry from Florida State University in 1982, MAT in Teaching Chemistry from Duke University in 1963, and a BS in Chemistry at Limestone College in 1962. In addition to her education, she studied Nuclear Magnetic Resonance and InfraRed Spectroscopy at the University of West Florida.
Professional Experience:
1983-2009 Developed distance education video, etc. courses in chemistry.
1993-2003 Chair Division of Natural Sciences, Gulf Coast State College
1984-2003 Professor of Chemistry, Gulf Coast State College
1967-1983 Assistant Professor of...
Lessons Included
None of the lesson in this series have been reviewed.
Below are the descriptions for each of the lessons included in the series:
-
College Chemistry 2: Electrochemistry 1
A quick review of oxidation-reduction and single replacement reactions introduces the concept of standard electrode potentials. Voltaic cells and specific galvanic cells are introduced.
In addition to the full video lesson, you will also get access to a lesson specific note guide that can be viewed and downloaded once this lesson is purchased. This lesson is part of a full course, College Chemistry II (Inorganic) that is available through the series listed above or in DVD format from the Chemistry Professor’s website at http://chemistryprofessor.com/college_chemistry2.htm. The full course addresses those topics recommended for inclusion in the second semester of a two semester college chemistry majors course. The essential topics addressed in College Chemistry II are: additional theories on acid-base chemistry, various equilibria, electrochemistry, oxidation-reduction, kinetics, thermodynamics, and nuclear chemistry. These topics are all addressed at the college level, with the understanding that students have some chemistry background. Those students with no chemistry background at all should consider Professor Etheridge’s Fundamentals of Chemistry lessons or full course prior to undertaking this college-level chemistry course. The course is designed for college students who may need further assistance with their first-year college chemistry courses and for high school teachers or college professors who could benefit from refresher lessons. It is also ideal for students reviewing for national exams such as MCAT, DAT, VAT, etc.
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College Chemistry 2: Electrochemistry 2
ELECTROCHEMISTRY-2: Several problems relating cell notation and voltage calculation relative to a galvanic cell are worked. The SHE is introduced as is the relationship between concentration and electrode potential.
In addition to the full video lesson, you will also get access to a lesson specific note guide that can be viewed and downloaded once this lesson is purchased. This lesson is part of a full course, College Chemistry II (Inorganic) that is available through the series listed above or in DVD format from the Chemistry Professor’s website at http://chemistryprofessor.com/college_chemistry2.htm. The full course addresses those topics recommended for inclusion in the second semester of a two semester college chemistry majors course. The essential topics addressed in College Chemistry II are: additional theories on acid-base chemistry, various equilibria, electrochemistry, oxidation-reduction, kinetics, thermodynamics, and nuclear chemistry. These topics are all addressed at the college level, with the understanding that students have some chemistry background. Those students with no chemistry background at all should consider Professor Etheridge’s Fundamentals of Chemistry lessons or full course prior to undertaking this college-level chemistry course. The course is designed for college students who may need further assistance with their first-year college chemistry courses and for high school teachers or college professors who could benefit from refresher lessons. It is also ideal for students reviewing for national exams such as MCAT, DAT, VAT, etc.
-
College Chemistry 2: Electrochemistry 3
The differences between primary and secondary cells is discussed. Electrolytic cells, Faraday’s Law and electroplating complete the lesson.
In addition to the full video lesson, you will also get access to a lesson specific note guide that can be viewed and downloaded once this lesson is purchased. This lesson is part of a full course, College Chemistry II (Inorganic) that is available through the series listed above or in DVD format from the Chemistry Professor’s website at http://chemistryprofessor.com/college_chemistry2.htm. The full course addresses those topics recommended for inclusion in the second semester of a two semester college chemistry majors course. The essential topics addressed in College Chemistry II are: additional theories on acid-base chemistry, various equilibria, electrochemistry, oxidation-reduction, kinetics, thermodynamics, and nuclear chemistry. These topics are all addressed at the college level, with the understanding that students have some chemistry background. Those students with no chemistry background at all should consider Professor Etheridge’s Fundamentals of Chemistry lessons or full course prior to undertaking this college-level chemistry course. The course is designed for college students who may need further assistance with their first-year college chemistry courses and for high school teachers or college professors who could benefit from refresher lessons. It is also ideal for students reviewing for national exams such as MCAT, DAT, VAT, etc.
-
College Chemistry 2: Electrochemistry 4
The chemistry of corrosion and corrosion protection are followed by a survey of problems.
In addition to the full video lesson, you will also get access to a lesson specific note guide that can be viewed and downloaded once this lesson is purchased. This lesson is part of a full course, College Chemistry II (Inorganic) that is available through the series listed above or in DVD format from the Chemistry Professor’s website at http://chemistryprofessor.com/college_chemistry2.htm. The full course addresses those topics recommended for inclusion in the second semester of a two semester college chemistry majors course. The essential topics addressed in College Chemistry II are: additional theories on acid-base chemistry, various equilibria, electrochemistry, oxidation-reduction, kinetics, thermodynamics, and nuclear chemistry. These topics are all addressed at the college level, with the understanding that students have some chemistry background. Those students with no chemistry background at all should consider Professor Etheridge’s Fundamentals of Chemistry lessons or full course prior to undertaking this college-level chemistry course. The course is designed for college students who may need further assistance with their first-year college chemistry courses and for high school teachers or college professors who could benefit from refresher lessons. It is also ideal for students reviewing for national exams such as MCAT, DAT, VAT, etc.
Supplementary Files:
- Once you purchase this series you will have access to these files:
- Unit9-Electrochemistry_Lesson46_Notes_Guide.doc
- Unit9-Electrochemistry_Lesson47_Notes_Guide.doc
- Unit9-Electrochemistry_Lesson48_Notes_Guide.doc
- Full_Unit9-Electrochemistry_Overview.doc
- Unit9-Electrochemistry_Lesson49_Notes_Guide.doc
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