Page 2: Solving Systems of Equations
This page covers two main methods for solving system of equations: substitution and elimination, providing detailed explanations of each approach.
Definition: Substitution method involves solving one equation for a variable and inserting that expression into the other equation to solve the system.
Highlight: When solving a system with two variables, the solution should be written as an ordered pair, following standard mathematical convention.
Example: The elimination method involves combining equations to create new equations with fewer variables, making the system easier to solve.
Vocabulary: Key terms for solving systems:
- Substitution: replacing variables with equivalent expressions
- Elimination: combining equations to remove variables
Quote: "When using elimination, look for the easiest variables to eliminate first."
Highlight: The elimination method is particularly effective for solving nonlinear equations, but should be used strategically rather than arbitrarily eliminating variables.