- 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. Click here to see the
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.
