- Graph Theory Basics
- Euler and Hamiltonian Paths and Circuits
Module 5: Fractals
- Fractal Basics
- Fractals Generated by Complex Numbers
Module 6: Theory and Logic
- Set Theory Basics
- Logic Basics
- Analyzing Arguments With Logic
Learning Outcomes
The textbook content, assignments, and assessments for Mathematics for Liberal Arts are aligned to the following learning outcomes. See the list of detailed learning outcomes here:
Module 1: Historical Counting Systems
- Early Counting Systems
- Positional Systems and Bases
Module 2: General Problem Solving
- Proportional Relationships and a Bit of Geometry
- Solving Problems With Math
Module 3: Measurement
- US Units of Measurement
- Systems and Scales of Measurement
Module 4: Graph Theory
Module 7: Voting Theory
- Preference Ballot Voting
- Approval Voting
Module 8: Growth Models
- Linear and Geometric Growth
- Logarithms and Logistic Growth
Module 9: Finance
- Simple and Compound Interest
- Annuities and Loans
Module 10: Statistics: Collecting Data
- Data Collection Basics
- Sampling and Experimentation
Module 11: Statistics: Describing Data
- Representing Data Graphically
- Numerical Summaries of Data
Module 12: Probability
- Computing the Probability of an Event
- Applications With Probability
Licenses & Attributions
CC licensed content, Original
- Learning Outcomes. Provided by: Lumen Learning License: CC BY: Attribution.
CC licensed content, Shared previously
- Magnify. Provided by: Noun Project Authored by: Eucalyp. Located at: https://thenounproject.com/icon/magnify-1276779/. License: CC BY: Attribution.
