- Learn Ratios And Proportions
- Learn How To Solve For X
- Learn Fractions And Decimals
- Learn Functions And Graphing
- Learn Linear Functions
- Learn Common Factors And Square Roots
- Build A Multi Function Calculator Project
- Learn How To Graph Systems Of Equations
- Learn How To Solve Systems Of Equations
- Learn Applications Of Linear Systems
- Learn Quadratic Equations
- Build A Graphing Calculator Project
- Learn Parent Graphs And Polynomials
- Build Three Math Games Project
- Learn Business Applications Of College Algebra
- Learn Simple And Compound Interest
- Learn Exponents And Logarithms
- Build A Financial Calculator Project
- College Algebra With Python Conclusion
- Build A Data Graph Explorer Project
Overview
Syllabus
- Introduction to College Algebra with Python
- Solving Proportions
- Ratios and Proportions: Extra
- Solving for X
- How to Solve for X: Extra
- Converting Fractions and Decimals
- Fractions and Decimals: Extra
- Functions
- Graphing
- Functions and Graphing: Extra
- Slope
- Linear Equations
- Linear Functions: Extra
- Factoring
- Build a Multi-Function Calculator
- Graphing Systems
- Graphing Systems of Equations: Extra
- Solving Systems
- Solving Systems of Equations: Extra
- Word Problems
- Applications of Linear Systems: Extra
- Quadratics
- Build a Graphing Calculator
- Parent Graphs
- Parent Graphs and Polynomials: Extra
- Build Three Math Games
- Demand and Revenue
- Business Applications of College Algebra: Extra
- Simple and Compound Interest
- Simple and Compound Interest: Extra
- Exponents and Logarithms
- Build a Financial Calculator
- Spreadsheets and Additional Resources
- More Resources in Colab
- Build a Data Graph Explorer
Taught by
freeCodeCamp Team
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Reviews
4.0 rating, based on 1 Class Central review
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The College Algebra with Python course was an excellent blend of mathematical theory and practical coding application, designed perfectly for those aiming to earn a certificate and enhance their skills in both algebra and programming. The course was structured to build a solid understanding of algebraic principles while introducing how Python can simplify and solve these problems programmatically.
