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FIT1.1. Number Fields

INTALG 2.1: Functions

BAG2.1. Projective Toric Varieties - Part 1

Example of Mean Value Theorem for Integration

BAG1.5. Toric Varieties 5 - Polyhedral Cones for Affine Toric Varieties

BAG2.2. Projective Toric Varieties - Part 2

INTALG 1.6a: Exponent Rules (Part 1)

INTALG 4.1: Linear Inequalities

FIT3.1.4. Factoring Example: Artin-Schreier Polynomials

Example of L'Hopital's Rule (Hard)

Conversion From Rectangular Coordinates

INTALG 1.6b: Exponent Rules (Part 2)

INTALG 7.7: Complex Numbers

Parametrizing Curves in the Complex Plane 1

Example of Simpson's Rule with Error Bound

BM4.2. Example of Induction (Advanced): Balanced Strings

INTALG 6.3: Nested Rational Expressions

FIT2.3.2. Cardinality and Transcendentals

INTALG 7 6: Radical Equations

INTALG 7.4: Arithmetic With Radicals

INTALG 9.5: Solving Exponential and Logarithmic Equations

Research talk (11/12/2021): Lattice path enumeration for semi-magic squares of size three

INTALG 9.4: Rules for Logarithms

INTALG 6.2: Rational Expressions: Addition

FIT1.1. Number Fields

Planes: Parallel, Equal, or Intersecting?

RNT2.1. Maximal Ideals and Fields

RA1.1. Real Analysis: Introduction

Cayley-Hamilton Theorem: Example 1

Row Reduction for a System of Two Linear Equations

Power Rule for Rational Exponents

INTALG 5.7: Solving Equations by Factoring

Example of Determinant Using Row Echelon Form

FIT2.2.1. Example: Cubic Extension

INTALG 7.1 Radicals

GT22. The Fundamental Theorem of Finite Abelian Groups

Example of Population Growth 1

CANT 2020: Semi-magic matrices for dihedral groups

INTALG 2.2: Graphs of Functions

INTALG 6.1: Rational Expressions: Basics

INTALG 4 3: Absolute Value Equalities

Positive Semi-Definite Matrix 1: Square Root

Infinite Series 2 - Example of Convergence/Divergence

INTALG 9.1: Exponential Functions

INTALG 5.4: Factoring Quadratic Polynomials

FIT2.2. Simple Extensions

Unit Tangent and Normal Vectors for a Helix

Horizontal Tangent Lines to a Polynomial

INTALG 8.1a: Square Root Property and Applications

INTALG 2.4: Lines and Slope

INTALG 2.5: Point-Slope Equation of a Line