
ALGO01
Algebra 1, Session 1 (2 hr 07 min) Introduction to algebra: what is algebra, equations, order of operations, distributive property, real numbers, coordinate plane.
COMMON CORE STATE STANDARDS FOR MATH: 8.NS, ASSE
$10

ALGO02
Algebra 1, Session 2 (1 hr 59 min) Solving equations: creating equations, onestep equations, twostep equation, multistep equations, equations with variables on both sides.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, ACED, AREI
$10

ALGO03
Algebra 1, Session 3 (1 hr 59 min) Literal equations & word problems, proportions, measures of central tendency, inequalities: addition, subtraction, multiplication, division.
COMMON CORE STATE STANDARDS FOR MATH: AREI
$10

ALGO04
Algebra 1, Session 4 (2 hr 31 min) Inequalities: multistep, compound, absolute value.
COMMON CORE STATE STANDARDS FOR MATH: AREI
$200

ALGO05
Algebra 1, Session 5 (2 hr 18 min) Introduction to Functions: relations; domain and range; functions vs. relations.
COMMON CORE STATE STANDARDS FOR MATH: 8.F, FIF
$200

ALGO06
Algebra 1, Session 6 (2 hr 04 min) Linear Functions, part 1: definition; standard form of linear equation; x and y intercepts: algebraic, graphical, word problem; slopes: algebraic, graphical, word problem.COMMON CORE STATE STANDARDS FOR MATH: 8.F, FIF
$200

ALGO07
Algebra 1, Session 7 (2 hr 05 min) Linear Functions, part 2: Information content: slopeintercept form, pointslope form. Manifestation: word problem/reallife situation, algebraic, graphical.
COMMON CORE STATE STANDARDS FOR MATH: 8.F, FIF
$200

ALGO08
Algebra 1, Session 8 (2 hr 02 min) Problems involving Linear Functions/Equations: equations from graphs, coordinate geometry.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, 8.F, ACED, FBF
$200

ALGO09
Algebra 1, Session 9 (2 hr 10 min) Systems of Linear Equations, part 1: how they arise, algebraic solution: substitution method, graphical solution.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, AREI
$200

ALGO10
Algebra 1, Session 10 (2 hr 06 min) Systems of Equations, part 2: modeling: value problems, coin problems; elimination method.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, ACED, AREI
$200

ALGO11
Algebra 1, Session 11 (2 hr) Linear inequalities: graphical and algebraic solutions; Systems of linear inequalities. Introduction to Exponents.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, ACED, AREI
$200

ALGO12
Algebra 1, Session 12 (2 hr 05 min) Graphing absolute value functions. Using charts to set up and solve rate and mixture problems. Exponents and Scientific Notation.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, ACED, AREI
$200

ALGO13
Algebra 1, Session 13 (2 hr 04 min) Fractional exponents. Polynomials: definitions, addition/subtraction, multiplication, FOIL.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, NRN, AAPR
$200

ALGO14
Algebra 1, Session 14 (2 hr 02 min) Factoring Polynomials: binomials, by grouping, trinomials.
COMMON CORE STATE STANDARDS FOR MATH: ASSE
$200

ALGO15
Algebra 1, Session 15 (2 hr 06 min) Factoring ax2+bx+c. Quadratic Functions, graphing.
COMMON CORE STATE STANDARDS FOR MATH: ACED, AREI, ASSE, FIF, FBF, FLE
$200

ALGO16
Algebra 1, Session 16 (2 hr 10 min) Relating graphs to coefficients of quadratic functions. The quadratic equation: origin; graphical solution; algebraic solution: square root of both sides, factoring.COMMON CORE STATE STANDARDS FOR MATH: ACED, AREI, FIF
$200

ALGO17
Algebra 1, Session 17 (2 hr 07 min) Quadratic equation algebraic solution methods: completiing the square, quadratic formula.
COMMON CORE STATE STANDARDS FOR MATH: ACED, AREI
$200

GEOM01
Geometry, Session 1 (2 hr) Overview of geometry: what is geometry, attributes, congruence and similarity, symmetry, coordinate vs noncoordinate geometry, perimeter, area, constructions
$10

GEOM02
Geometry, Session 2 (2 hr) Reasoning: Inductive reasoning, deductive reasoning, laws of detachment & syllogism, conditional statements, properties of congruence, proofs
$10

GEOM03
Geometry, Session 3 (2 hr) Beginning proofs (anglesrelated): sample proofs; some elementary undefined terms, definitions, postulates, and theorems.
COMMON CORE STATE STANDARDS FOR MATH: GCO
$10

GEOM04
Geometry, Session 4 (2 hr) Proofs: Flowchart proofs; Paragraph proofs. Lines and transversals: corresponding angles, alternate interior angles, alternate exterior angles, same side interior angles.
COMMON CORE STATE STANDARDS FOR MATH: GCO
$200

GEOM05
Geometry, Session 5 (2 hrs) Perpendicular Lines; Slopes; Equations of a Line: slopeintercept form, pointslope form.
COMMON CORE STATE STANDARDS FOR MATH: GCO, GPE
$200

GEOM06
Geometry, Session 6 (2 hr) Review of lines; Triangles: classification, angle relationships.
COMMON CORE STATE STANDARDS FOR MATH: GCO, GPE
$200

GEOM07
Geometry, Session 7 (2 hr) Review Problems for Triangle Angle Relationships and Classification; Triangle Congruence; CPTC; SSS postulate; SAS postulate.
COMMON CORE STATE STANDARDS FOR MATH: GSRT
$200

GEOM08
Geometry, Session 8 (2 hr) Review problems of SSS and SAS; Triangle Congruence: AngleSideAngle, AngleAngleSide, HypotenuseLeg; Isosceles Triangle Theorem, Corollary Equilateral Triangle, Segment Inequality.
COMMON CORE STATE STANDARDS FOR MATH: GSRT
$200

GEOM09
Geometry, Session 9 (2hr) Properties of Triangle: perpendicular bisector, angle bisector, median, altitude; incenter/circle, circumcenter/circle, centroid, orthocenter, Midsegment Theorem.
COMMON CORE STATE STANDARDS FOR MATH: GCO
$200

GEOM10
Geometry, Session 10 (2 hr) Constructions using compass and straight edge: perpendicular bisector, angle bisector, etc; Pythagorean Theorem: Pythagorean triples, special right triangles, inequalities in/between triangles.
COMMON CORE STATE STANDARDS FOR MATH: GCO
$200

GEOM11
Geometry, Session 11 (2 hr) More Compass and Straight Edge Constructions. Indirect Proof. Intro to Polygons.
COMMON CORE STATE STANDARDS FOR MATH: GCO
$200

GEOM12
Geometry, Session 12 (2 hr) Properties of Inequality. Coordinate Proof. Properties of Quadrilaterals: parallelogram, rectangle, rhombus, square, trapezoid, kite; trapezoid midsegment theorem.
COMMON CORE STATE STANDARDS FOR MATH: GCO, GPE
$200

GEOM13
Geometry, Session 13 (2 hr) Review of Properties of Quadrilaterals: theory; practice problems.
COMMON CORE STATE STANDARDS FOR MATH: GCO
$200

GEOM14
Geometry, Session 14 (2 hr 10 min) Sufficient Properties for Specific Quadrilaterals: parallelogram, rectangle, rhombus, square, trapezoid, kite.
COMMON CORE STATE STANDARDS FOR MATH: GCO
$200

GEOM15
Geometry, Sesssion 15 (2 hr) Ratios and Proportions between Objects: Featuring Similar Triangles.
COMMON CORE STATE STANDARDS FOR MATH: GSRT, GMG
$200

GEOM16
Geometry, Session 16 (2hr) Ratios and Proportions: Between Similar Objects AA(A), SSS, SAS; Side, Perimeter, Area. Within Objects Triangle Proportionality Thm, Twotransversal proportionality. Coordinate plane dilation.
COMMON CORE STATE STANDARDS FOR MATH: GSRT
$200

GEOM17
Geometry, Session 17 (2 hr 07 min) Right Triangles: Proportionality within. Trig ratios (sin, cos, tan).
COMMON CORE STATE STANDARDS FOR MATH: GSRT
$200

GEOM18
Geometry, Session 18 (1 hr 51 min) Right Triangles: Trigonometric Ratios (sine, cosine, tangent), Angle of Elevation, Angleof Depression. Law of Sines, Law of Cosines. Vectors.
COMMON CORE STATE STANDARDS FOR MATH: GSRT, NVM
$200

GEOM19
Geometry Session 19 Areas, part 1
$200

GEOM20
Geometry Session 20 Areas, part 2
$200

GEOM21
Geometry Session 21 Three D, Part 1
$200

GEOM22
Geometry Session 22 Three D, part 2
$200

GEOM23
Geometry Session 23 (2 hr 9 min) Circles: chords, angles, arcs and arc lengths, sectors and sector areas, segment of circle, tangents.
COMMON CORE STATE STANDARDS FOR MATH: GCO, GC
$200

GEOM24
Geometry Session 24 (2 hr, 16 min) Circles, part 2: angleintercepted arcs relationship, line segmentintersecting line segment relationship, circles on a coordinate plane.
COMMON CORE STATE STANDARDS FOR MATH: GC
$200

ALGT01
Algebra 2, Session 1 (2 hr 01 min) Review of Algebra 1: Components of an Equation real numbers, sets, radicals, operations, exponents, relations and functions.
COMMON CORE STATE STANDARDS FOR MATH: 8.NS, 8.F, FIF
$10

ALGT02
Algebra 2, Session 2 (2 hr 13 min) Review of Algebra 1: Linear Equations, 1 variable, 2 variables, graphs. Transformations: points, functions.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, AREI, FIF, FBF
$10

ALGT03
Algebra 2, Session 3 (2hr 06 min) Review of Algebra 1: Parent Functions, Transformations; Linear Equations Standard Form; Proportions; Correlations; Linear Inequalities.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, 8.SP, AREI, FIF, FBF, SID
$10

ALGT04
Algebra 2, Session 4 (2 hr 04 min) Review of Algebra 1: Linear Inequalities, Absolute Value Equations, Absolute Value Inequalities.
COMMON CORE STATE STANDARDS FOR MATH: ACED, AREI, FIF, FBF
$200

ALGT05
Algebra 2, Session 5 (2 hr 19 min) Review of Algebra 1: Systems of Equations Elimination Method; Systems of Linear Inequalities. Linear Programming.
COMMON CORE STATE STANDARDS FOR MATH: ACED, AREI, FIF, FBF, NQ
$200

ALGT06
Algebra 2 Session 6 (2 hr, 11 min) Systems of Linear Equations with 3 Variables Solution Methods: Substition; Elimination; Graphical; Augmented Matrix.
COMMON CORE STATE STANDARDS FOR MATH: NVM, AREI
$200

ALGT07
Algebra 2, Session 7 (2 hr 15 min) Solving Linear Systems using Matrices: Cramer's Rule and Determinants; Inverse Matrix. Matrix Fundamentals.
COMMON CORE STATE STANDARDS FOR MATH: NVM, AREI
$200

ALGT08
Algebra 2, Session 8 (2 hr 14 min) Matrices: Review principles and problems related to Cramer's Rule, Solution by Matrix Inversion; Transformation Matrices. Quadratic Functions: graphical solution of standard form equation.
COMMON CORE STATE STANDARDS FOR MATH: NVM, AREI, FIF, GCO
$200

ALGT8B
Algebra 2, Session 8B (2 hr 12 min) Matrices: Determinant and Invertibility. Quadratic Functions and Equations: Origins real world, modeling by regression and by differences; Graphical solution standard form, vertex form.
COMMON CORE STATE STANDARDS FOR MATH: NVM, ACED, AREI, FIF, FBF, FLE, GCO
$200

ALGT09
Algebra 2, Session 9 (2 hr 20 min) Quadratic Functions & Equations, cont: Vertex form graphing, derivation from standard form; Algebraic solutions equal square roots, factoring, completing square, quadratic formula; Complex numbers.
COMMON CORE STATE STANDARDS FOR MATH: NCN, ASSE,ACED, AREI, FIF
$200

ALGT10
Algebra 2, Session 10 (2hr 19 min) Quadratic Functions and Equations, cont: Powers of i; Quadratic Inequalities. Intro to Polynomial Functions & Equations: Definition, Classification, Addition, Multiplication, Binomial Theorem.
COMMON CORE STATE STANDARDS FOR MATH: NCN, AAPR, ACED
$200

ALGT11
Algebra 2, Session 11 (2hr 12min) Polynomial Functions, cont: Overall Process of Functions. Curve Fitting. Division factoring, long division, synthetic division, Remainder Theorem. Synthetic Substitution. Equation solving process.
COMMON CORE STATE STANDARDS FOR MATH: NCN, AAPR, ASSE, FBF
$200

ALGT12
Algebra 2, Session 12 (2hr 18min) Polynomials, cont: Equation solving procedure; Fundamental Theorem of Algebra; Descartes Rule of Signs; Factoring; Graphing; Rational Roots; Factor Theorem; Irrational Roots; Complex Conjugate Roots.
COMMON CORE STATE STANDARDS FOR MATH: NCN, ASSE, AAPR, FIF, FBF
$200

ALGT13
Algebra 2, Session 13 (2 hr 14 min) Functions: Representations tabular, graphical, algebraic, and verbal; Curve Fitting polynomial, exponential, radical form; Transformations f(x) to g(x).
COMMON CORE STATE STANDARDS FOR MATH: FIF, FBF, FLE
$200

ALGT13B
Algebra 2 Session 13B (2 hr 17 min) Functions, cont: Function Operations including composition; Inverse; PieceWise Functions.
COMMON CORE STATE STANDARDS FOR MATH: FIF, FBF
$200

ALGT14
Algebra 2, Session 14 (2 hr 15 min) Transformation of piecewise functions. Exponential Functions: def. y=a*b^x, reallife situations, graphs, exponential equations; CurveFitting.
COMMON CORE STATE STANDARDS FOR MATH: AREI, FIF, FBF, FLE
$200

ALGT14B
Algebra 2, Session 14B (2 hr 6 min) Exponential Functions: Generating Exponential Function Transformations, Function Operations, Piecewise Functions; Structuring Equations; Solving Exponential Equations graphically, algebraically.
COMMON CORE STATE STANDARDS FOR MATH: ACED, ASSE, AREI, FIF, FBF, FLE
$200

ALGT15
Algebra 2, Session 15 ( 2hr 6 min) Review of Exponentials. Logarithms: Summary Definition as exponent, graph, properties log(xy) and log(x/y) and log(x^m), log equations; RealLife Log Functions; CurveFitting.
COMMON CORE STATE STANDARDS FOR MATH: ASSE, AREI, FIF, FBF, FLE
$200

ALGT16
Algebra 2, Session 16 (2 hr 4 min) Variation Functions. Rational Expressions: Multiplication, Addition/Subtraction, Complex Fractions.
COMMON CORE STATE STANDARDS FOR MATH: NQ, AAPR, ACED, AREI, FBF
$200

ALGT17
Algebra 2, Session 17 (2hr 5 min) Rational Functions: Asymptotes and holes; hyperbola transformation y = a/(xh) + k; graphing; rational equations.
COMMON CORE STATE STANDARDS FOR MATH: AREI, FIF, FBF
$200

ALGT18
Algebra 2, Session 18 (2 hr 18 min) More rational equations and complex fractions. Radical Functions: basic radicals and rational exponents; Radical equations: algebraic and graphical solutions; radical functions and transformations.
COMMON CORE STATE STANDARDS FOR MATH: 8.EE, NQ, NRN, ACED, AREI, FBF
$200