Chemistry Lecture Series

This is the accumulation of the Chemistry courses which I'll have lecture series available for perusing.  The list is down below.  Any linked course links to the lecture series page.  If you have any questions or want me to cover a Chemistry course which is not below, please leave a comment.
  • CHEM 103 Preparatory Chemistry
  • CHEM 105 Chemistry, Man and Society
  • CHEM 108 Introduction to Chemistry
  • CHEM 121 General Chemistry I
  • CHEM 121L General Chemistry I Laboratory
  • CHEM 122 General Chem II
  • CHEM 122L General Chemistry I Laboratory
  • CHEM 241 Organic Chemistry I
  • CHEM 241L Organic Chemistry I Laboratory
  • CHEM 242 Organic Chemistry II
  • CHEM 242L Organic Chemistry II Laboratory
  • CHEM 312 Introduction to Radiochemistry
  • CHEM 355 Quantitative Analysis
  • CHEM 355L Quantitative Analysis Lab
  • CHEM 421 Physical Chemistry I
  • CHEM 422 Physical Chemistry II
  • CHEM 423 Physical Chemistry Laboratory
  • CHEM 424 Physical Chemistry III
  • CHEM 428 Quantum Chemistry
  • CHEM 431 Advanced Inorganic Chemistry
  • CHEM 447 Advanced Synthesis Laboratory
  • CHEM 455 Instrumental Analysis
  • CHEM 455L Instrumental Analysis Laboratory
  • CHEM 474 Biochemistry I
To help get this lecture series come out with higher frequency, please donate to The Science of Life.  This helps keep the information current and allows me to dedicate more time to this project instead of obtaining money through external means.

Comments

Post a Comment

Popular posts from this blog

General Chemistry 1 Section 1.3: Properties of Matter

Image
Hello internet, and welcome to the Science of Life General Chemistry lecture series.  In this session, I'll cover some of the properties of the materials in which chemists are interested. Properties There are two types of properties which we deal with in General Chemistry.  There are more types, but there are specifically two that are important for this course.  There are physical properties (properties which do not describe the chemistry of the substance, such as the phase) and chemical properties (which do describe the chemistry of the substance, such as whether or not it's an acid).  Properties can also be classed as either extrinsic (depends on the quantity of the substance, such as the mass) or intrinsic (does not depend on the quantity, such as melting point).  Boiling point is an intrinsic physical property; it doesn't describe the chemistry of the substance (alas the physical part) and the boiling point at that pressure doesn't change with quantity of sub
Read more

Systems of Equations in Two Variables - Chapter 3 Section 1

Typically, problems involving at least two unknowns are solved by translating the problem to two or more equations, such as the slope-intercept form and/or the standard form of the line. Developing Equations from Sentence Form When deciphering word problems, we typically try to take a word or phrase which explains what a variable is and represent that word or phrase as a single letter instead. For instance, the energy consumed by your household so far this billing cycle can be represented by the letter E, and the total cost so far in that pay cycle can be represented by the letter C. It is also useful to translate commonly used words into mathematical operations. For example, the product of two things m and c represents multiplication, while the square of c represents squaring the letter c. So the product of the two values of m and the square of c would be $m \times c^2$. I will leave a table of some common and uncommon phrases and their mathematical translations here . Outs
Read more

Algebra Chapter 1 Section 7: Scientific Notation

In science, there are many numbers which are either exceedingly large (for example, the number of water molecules in a liter of water) or exceedingly small (for example, the charge, in Coulombs, of a single electron).  This is the nature of the reality we live in.  This is why, in some cases, it is easier to read and right these extremely small and large values in a more compact notation.  Yes, this does somewhat reduce accuracy, but the loss of accuracy has very little baring on the accuracy of the final answer.  The most common compact notation in Social Sciences, Life Sciences, and Physical Sciences is called Scientific Notation . The notation for Scientific Notation is $N \times 10^{n}$, where N is a number which is at least 1 but less than 10 $[1 \le N < 10]$ and n is the magnitude of the number.  There are a couple steps to convert to scientific notation: Place a decimal point in between the first two significant digits of the number. Find the magnitude by determining
Read more