Oregon State University

This document is a set of class notes covering week 3 of thermodynamics at OSU. It has examples and practice problems covering carnot cycles, entropy changes, reversible and irreversible processes, and more.

This document covers textbook notes, class notes, and practice problems surrounding electric potential and potential energy. It runs parallel to week 3 of PH213 at Oregon State University.

This document covers class notes and practice problems associated with Gauss's Law and Electric Flux. Textbook notes are not covered in this document.

This document runs parallel to the first couple weeks of CHE 331. It covers lecture notes and practice problems for mathematical modeling and surface tension forces.

This document covers electric fields and continuous charge distributions from textbook and in-class notes, as well as practice problems relating to the topics.

This document has notes regarding the first law of thermodynamics for open systems and the relationship between Cv and Cp. There are many practice problems to explore this topic.

Class notes for the first week of CHE 311 - Thermodynamics at Oregon State University. Covers basics of energy, the first law of thermodynamics for closed systems, and applying steam tables. Includes practice problems on the topics.

This document is a mixture of class notes, textbook notes, and practice questions based mainly around electric charge, electric forces, and basics of electric fields. This document runs parallel to Oregon State's PH 213 class.

BIO 103FINAL STUDY GUIDE

NON-MENDELIAN INHERITANCE - Mendelian = Complete Dominance - Only the dominant allele’s protein is produced - When a yellow and purple parent produce a purple offspring - Not all traits are simply determined by a single dominant and a single recessive allele. - Incomplete Dominance (see Diana’s picture) - A little of each allele’s protein is produced. - Codominance - A lot of each allele’s protein is produced.