Algebra 2 Part 1
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  • Prerequisite Skills
    • LCM GCD
    • Coordinate Geometry >
      • Quadrants
    • Fraction Operations
  • Functions
    • Laws and Properties >
      • Define Relations
      • Domain and Range
    • Rates of Change LINEAR QUADRATIC CUBIC FUNCTIONS
    • Relationship, Function, or 1-1 Function
  • Linear
    • Classifications of Lines
    • Forms of the Line >
      • Ax+By=C >
        • standard form of the line >
          • Writing Standard Form from two points examples 1 and 2
          • Standard Form Examples
      • y-y1 = m(x-x1) >
        • Point Slope Form to Slope Intercept Form >
          • point slope of line
          • Point Slope Form to Slope Intercept Form
      • y=mx+b >
        • y=mx+b generator
        • y=mx+b parallel lines
        • y=mx+b perpendicular lines
        • y=mx+b at least one integer coordinate
        • y = mx +b determine x intercept >
          • y=mx+b finding x intercepts using substitution
          • y=mx+b finding x intercepts using zero product property
          • y = mx+b finding x intercepts using technology >
            • y=mx+b determination of x intercepts using technology two lines method
            • y=mx+b finding the x intercept using technology and point on feature
            • y=mx+b finding the x intercept using technology and analyze feature
    • Vocabulary and Skills to Develop >
      • Slope of a Line >
        • Slopes of Horizontal and Vertical Lines
        • Determine the slope of the line from a graph of a line
        • Determine the slope of a line in standard form >
          • 3x - 4y = -12
          • 3x + y = 6
          • 3x - 5y = 0
      • Writing Equations of Lines >
        • horizontal and vertical lines
    • Domain and Range
    • Graphing >
      • Graphing Linear Inequalities Entry Slip Solutions 9-16-14
    • Solving Equations
    • Applications
  • Quadratic
    • Forms of Quadratic Functions and Relations >
      • perfect square trinomials >
        • PST y = (x-a)^2
        • PST y = (x+a)^2
        • PST y = (ax-b)^2
        • PST y = (ax+b)^2
      • difference of two squares binomials >
        • DOTS y = (x-a)(x+a)
        • DOTS y = (ax-b)(ax+b)
      • standard form of a quadratic function >
        • y=ax^2+bx+c
        • y=ax^2+bx
        • y=ax^2+c
      • vertex form of a quadratic function >
        • y=a(x-h)^2+k
      • intercept form of a quadratic function >
        • y=a(x-r1)(x-r2)
    • Domain and Range >
      • Domain of Quadratic Functions & Relations
      • Range of Quadratic Functions & Relations
    • Graphing parabolas >
      • finding y intercept of a parabola
      • finding axis of symmetry of a parabola
      • finding vertex of a parabola
      • finding x intercepts of a parabola
      • finding focus of a parabola
      • finding directrix line of a parabola
      • using piecewise functions
      • using radicals
      • quadratic inequalities
    • Solving Equations >
      • solving quadratic equations using factoring
      • ax^2+bx+c=0
      • a(x-h)^2 +k=0
      • a(x-r1)(x-r2) =0
      • (dx-e)(x-r1)=0
      • (dx-e)(fx-g)=0
      • solving equations using quadratic formula >
        • quadratic formula d < 0
        • quadratic formula d = 0
        • quadratic formula d > 0
        • quadratic formula d = perfect square
    • Applications
    • Conic Sections >
      • Parabola as a conic section >
        • Parabola OPENS UP
        • Parabola OPENS DOWN
        • Parabola OPENS RIGHT
        • Parabola OPENS LEFT
      • Circle >
        • Parts of a Circle
        • CIRCLE center (0,0) radius r
        • CIRCLE center (h,k) radius r
        • CIRCLE General Conic Equations
      • Ellipse >
        • Parts of an Ellipse
        • Ellipse center (0,0)
        • Ellipse center (h,k)
        • ELLIPSE General Conic Equations
      • Hyperbola >
        • Parts of an Hyperbola
  • Systems
    • SOLUTIONS TO DAILY PRACTICE 9-29-14 DUE 9-30-14
    • Forms of Systems
    • Linear Systems >
      • Solving Linear Systems by Graphing
      • Types of Systems >
        • Standard Form Linear Systems >
          • Example 1
    • Domain and Range
    • Graphing
    • Solving Systems
    • Applications
  • Polynomial
    • Forms of Polynomials >
      • cubic polynomials
      • quartic polynomials
      • quintic polynomials
      • nth degree polynomials
    • Laws and Properties >
      • factorable polynomials
      • Fundamental Theorem of Algebra
      • Factor Theorem
      • Remainder Theorem
      • Rational Root Theorem
      • Location Principle
      • Division of Polynomials
      • Quick Checks Using Tables and Graphs
      • Connections to Calculus
    • Domain and Range >
      • Domain of Polynomials
      • Range of Polynomials
    • Graphing
    • Solving Equations
    • Applications
  • Exponential
    • Laws and Properties >
      • Exponent Laws >
        • power of power
        • product of powers
        • power of product
        • power of a quotient
        • quotient of powers
        • negative exponents
        • zero as an exponent
        • rational exponents
        • power of binomials
        • Pascal's Triangle
    • Applications of Exponential Functions >
      • exponential population change models
      • exponential interest models
      • exponential position model
    • Graphing Exponential Functions >
      • graphing y = b^x >
        • y = b^x
      • graphing y = b^x+c >
        • y = b^x+c
      • graphing y = ab^x >
        • y = ab^x+c
      • graphing y = ab^x+c >
        • y = ab^x+c
  • template slideshow
    • template 4 button and slideshow >
      • nine button template
      • template slideshow
      • template slideshow
      • template slideshow
      • template slideshow
      • Untitled
  • Operations with polynomials
  • solutions to final exam study guide
  • 1: What are the basic parent function characteristics?
  • Objectives Algebra 2 Basic
  • Assignments Algebra 2 Basic
  • Solutions Algebra 2 Basic
  • Additional Materials Algebra 2 Basic
  • Objectives Algebra 2 Enriched
  • Assignments Algebra 2 Enriched
  • Solutions Algebra 2 Enriched
  • Additional Materials Algebra 2 Enriched
  • TI Nspire Files

Equations related to CIRCLE center (h,k) radius r

General Conic Form of Circle with center  (h,k) and radius r
Ax^2+Ay^2+B=0
General Conic Form of Circle with center  (h,k) and radius r
Ax^2+Bx+Ay^2+Cy+D=0
Parts of a circle
Parts of the circle
Related TI Nspire File
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