M1L2 Explore: Dipole Moments

Module 7 Electrochemistry and Nuclear Chemistry

CHEM-1312 M7L2 Explore: Standard Reduction Potentials and Electromotive Force

A ★ indicates that this page contains an activity related to that LO.

CC7.1 Evaluate the different kinds of batteries and nuclear reactions

LO7.1.1 Classify the cells and cell types in a battery

★ LO7.1.2 Discover how standard reduction potentials and electromotive force determine cell feasibility

LO7.1.3 Distinguish between the types of nuclear reactions

The Effect of Concentration on Cell Emf
- We see that the emf of a cell under nonstandard state conditions can be calculated using the Nernst equation. (18.5)
Batteries and Fuel Cells
- We examine several common types of batteries and the operation of fuel cells. (18.6)
Corrosion
- We then study a spontaneous electrochemical process—corrosion—and learn ways to prevent it. (18.7)
Electrolysis
- Finally, we explore a nonspontaneous electrochemical process— electrolysis—and learn the quantitative aspects of electrolytic processes. (18.8)

Overby/Chang: Chemistry, 14th Ed. - Chapter 18

Time: 9:50 min.

Topics:

Time: 7:53 min.

Topics:

Time: 2:37 min.

Topics:

An extremely flexible and informative periodic table: Periodic table