Supported Math Content

1. NUMBERS & QUANTITY

  • Operations with Integers, Fractions, Mixed Numbers, Decimals, Powers, and Roots
  • Comparing Integers, Fractions, Mixed Numbers, Decimals, Powers and Roots
  • Converting Fractions, Mixed Numbers, Decimals, and Percentages
  • Scientific notation

2. COMPLEX NUMBERS

  • Operations with complex numbers
  • Finding Absolute value, Complex conjugate, Real and Imaginary parts
  • Converting complex numbers between Standard and Polar form
  • Equations with Complex numbers

3. EQUATIONS & INEQUALITIES

  • Linear, Quadratic, Exponential, Logarithmic, Rational, Radical (Irrational), Trigonometric, Absolute value equations
  • Linear, Quadratic, Exponential, Logarithmic, Rational, Radical (Irrational), Absolute value inequalities
  • Systems of Linear, Quadratic, Exponential, Logarithmic, Rational, Radical (Irrational), Absolute value equations
  • Compound Equations and Inequalities
  • Rewriting inequalities to set-builder or interval notation
  • Literal and Parametric equations

4. FUNCTIONS

  • Graphs of Linear, Quadratic, Exponential, Logarithmic, Rational, Radical (Irrational), Trigonometric, and Absolute value functions
  • Finding Domain, Extrema, Inflection points, Asymptotes
  • Determining Even, Odd, or neither
  • x- and y-intercepts
  • Various transformations (standard form, implicit form, explicit form)
  • Converting between rectangular, polar, spherical, cylindrical coordinates
  • Finding inverse functions
  • Testing for symmetry
  • Axis of symmetry
  • Tangent lines

5. ALGEBRA

  • Simplifying, Factoring, and Evaluating Algebraic expressions
  • Simplifying Algebraic fractions and Partial-fraction decomposition
  • Polynomial Division
  • Binomial theorem, Factorials, Equations with factorials
  • Combinations, Permutations, and Variations
  • Matrices and Matrix equations
  • Determinants
  • Mathematical Induction

6. TRIGONOMETRY & ANGLES

  • Converting angles between degrees and radians
  • Converting angles between decimal and DMS form
  • Finding Coterminal angles
  • Period of trigonometric functions
  • Verifying trigonometric identities

7. SEQUENCES

  • Identifying Arithmetic and Geometric sequences
  • Sum of Arithmetic and Geometric sequences
  • Rewriting in Recursive or Explicit form
  • Various tests for Convergence or Divergence

8. CALCULUS

  • Limits
  • Derivatives (various methods)
  • Integrals
  • Area below a curve
  • Identifying Conics
  • Rotations of Conics
  • Parametrization of Curves
  • Identifying quadratic surfaces
  • Rewriting Functions as Power Series
  • Differential equations

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