Skip to content
Go to the home page of Centennial Math Department
C

Centennial Math Department

  • Math 9
    • Unit 1: Square Roots, Powers and Exponent Laws
    • Unit 3: Rational Numbers
    • Unit 4: Linear Relations
    • Unit 5: Polynomials
    • Unit 6: Linear Equations
    • Unit 9: Similarity and Scale Factors
  • Pre-Calculus 10
    • Unit 1: Real Numbers
    • Unit 2: Polynomials
    • Unit 3: Relations and Functions
    • Unit 4: Linear Functions
    • Unit 5: Linear Equations
    • Unit 6: Solving Linear Systems
    • Unit 8: Trigonometry
  • Pre- Calculus 11
    • Unit 1: Factoring and Radicals
    • Unit 2: Rational Functions
    • Unit 3: Quadratic Function in General Form
    • Unit 4: Quadratic Functions in Standard Form
    • Unit 5: Quadratic Equations
    • Unit 6: Linear and Quadratic Systems
    • Unit 7: Inequalities
    • Unit 8: Trigonometry
  • Pre-Calculus 12
    • Unit 1: Sequence and Series
    • Unit 2: Transformations
    • Unit 3: Polynomials
    • Unit 4: Radicals and Rational Functions
    • Unit 5: Logarithms
    • Unit 6: Trigonometry Part 1
    • Unit 7: Trigonometry Part 2
    • Unit 8: Conics
  • Calculus 12
    • Unit 1: Functions & Inequalities
    • Unit 2: Limits
    • Unit 3: Derivatives
    • Unit 4: Applications of Derivatives
    • Unit 5: Integrals
    • Unit 6: Applications of Integrals

Tag: Section 5.2

5.2 Adding and Subtracting Polynomials

by Kelly Published June 24, 2021

In the last post, we learned how to classify and simplify polynomials. Now, we’ll take it a step further: adding and subtracting polynomials. Adding/Subtracting Polynomials Still have questions? Drop a comment below!

Continue reading "5.2 Adding and Subtracting Polynomials"

5.2 Special Cases of Linear Equations

by Tiensa Published January 30, 2021February 1, 2021

Notes: The equation for a horizontal line with y-intercept is y = k ex. y = 3 The equation for a vertical line with x-intercept is x = k ex. x = 3 In standard form, the equation to find the slope is – A/B If slopes are negative reciprocals of each other, they are…

Continue reading "5.2 Special Cases of Linear Equations"

5.2 Completing the Square and the Square Root Property

by Savanna Published November 24, 2020

Remember how to complete the square? In the last chapter, you learned how to complete the square in order to convert from general to standard form. Now it’s time to learn how to solve a quadratic equation by completing the square. The square root property Completing the square More examples to help you with your…

Continue reading "5.2 Completing the Square and the Square Root Property"

My Recent Posts

  • Limits
  • 1.8 – Intermediate Value Theorem and Squeeze Theorem
  • 1.7 – Continuity – Formal
  • 1.6- Trigonometric Limits
  • 1.5- More Evaluating Limits Examples
Proudly powered by WordPress | Theme: Popper
Skip to toolbar
  • Log In