Drew Macha, PhD

5.5 Power Series Calculus (Calculus II)

Drew Macha, PhD

5.4 Power Series Algebra (Calculus II)

Drew Macha, PhD

4.6 Finite Difference Method (Differential Equations)

Drew Macha, PhD

4.4 Floating Point Data (Discrete Mathematics)

Drew Macha, PhD

4.3 Power Series Convergence (Calculus II)

Drew Macha, PhD

4.2 Numerical Methods for Systems of ODEs (Differential Equations)

Drew Macha, PhD

4.1 Numerical Methods for First Order ODEs (Differential Equations)

Drew Macha, PhD

4.3 Inference about the Slope (Introduction to Statistics)

Drew Macha, PhD

5.2 Common Power Series (Calculus II)

Drew Macha, PhD

4.2 Linear Regression (Introduction to Statistics)

Drew Macha, PhD

5.1 Taylor Series (Calculus II)

Drew Macha, PhD

4.6 Ratio and Root Tests (Calculus II)

Drew Macha, PhD

3 6 Existence and Uniqueness Differential Equations

Drew Macha, PhD

4.1 Linear Correlation (Introduction to Statistics)

Drew Macha, PhD

4.1 Boolean Algebra (Discrete Mathematics)

Drew Macha, PhD

4.4 Alternating Series (Calculus II)

Drew Macha, PhD

3.5 Solving ODEs with Power Series (Differential Equations)

Drew Macha, PhD

4.4 Direct and Limit Comparison Tests (Calculus II)

Drew Macha, PhD

4.3 Integral Test and p-Series (Calculus II)

Drew Macha, PhD

3.6 RSA Encryption (Discrete Mathematics)

Drew Macha, PhD

3.4 Extended Euclidean Algorithm (Discrete Mathematics)

Drew Macha, PhD

3.4 Power Series Convergence (Differential Equations)

Drew Macha, PhD

3.6 Hypothesis Tests for Means (Introduction to Statistics)

Drew Macha, PhD

4.1 Sequences (Calculus II)

Drew Macha, PhD

4.2 Geometric and Telescoping Series (Calculus II)

Drew Macha, PhD

3.5 Confidence Intervals for Means (Introduction to Statistics)

Drew Macha, PhD

3.5 Euler's Totient Theorem (Discrete Mathematics)

Drew Macha, PhD

3.4 Central Limit Theorem and the t Distribution (Introduction to Statistics)

Drew Macha, PhD

3.3 Step and Impulse Functions (Differential Equations)

Drew Macha, PhD

3.8 Improper Integrals (Calculus II)

Drew Macha, PhD