MATH 123: Applied Business Mathematics (CCSU)
- Author:
- Tim Brzezinski
- Topic:
- Mathematics
Contains applets we'll use in MATH 123: Applied Business Mathematics (CCSU).
Table of Contents
Linear Equations
- Plotting Points (x,y): Dynamic Illustration
- Plotting Points (x,y): Quiz
- Rant Rant Rant Rant!
- Linear Equation Generator
- Slope: Intuitive Introduction
- Slope (Quiz) I
- Slope: Intuitive Intro and Exploration
- Slope: Alternate Interpretation
- Slope (Quiz) II
- Finding Slope Given 2 Points: Question Generator
- Rise & Run (Revamped)
- Equation of a Line: Dynamic Illustrator
- Graphing Linear Equations: Question Generator (V3)
- Writing the Equation of a Line (I-VA)
- Writing the Equation of a Line Given a Slope & Point (V1)
- Writing the Equation of a Line Given Both Intercepts
- Quiz: Application Problems - Writing Linear Equations Given 2 Points
- Writing Linear Equations Given 2 Points (y-int = integer)
- Standard Form to Slope-Intercept Form (Rewriting Linear Equations)
- Modeling Linear Growth (and Systems Introduction)
- Quiz: Modeling with Linear Functions
- Application Problems: Solving Linear Equations (5)
- Solving Linear Systems Graphically
- Solving Linear Systems by Graphing: REVAMPED
- Parallel Consequence? (VB)
- Perpendicular Lines Investigation (VB)
- Writing Equations of Parallel and Perpendicular Lines
- Color-Coded Linear Regression (Intro)
- Linear Regression Template
Systems of Linear Equations; Matrices
Linear Programming: Geometric Approach
- Linear Inequalities of 2 Variables: Illustrator
- Inequalities in Standard Form (Illustrator)
- Solutions to Linear Inequalities
- Graphing Linear Inequalities with 2 Variables (Quiz)
- Graphing Linear Inequalities Written in Standard Form (Quiz)
- Feasible Region Graphing Aid (II)
- Linear Programming Illustration (1)
- Linear Programming Illustration (2)
- REVAMPED: Modifiable Feasible Set Grapher (Linear Programming)
- Linear Programming: Problem 1
- Linear Programming: Problem 2
Functions and Their Graphs
- Functions: Input and Output (I)
- Functions: Input & Output (II)
- Functions: Input & Output (3)
- Functions: Input & Output (4)
- Function Or Not?
- Domain & Range: Illustrated
- Domain & Range Illustrator
- Function Behavior
- Evaluating Functions Algebraically
- Evaluating Functions Using Graphs (Quiz)
- Quick Intercepts Illustrator
- Average Rate of Change of a Function: Dynamic Illustration
- Quiz: Average Rate of Change of a Function (1)
- Quiz: Average Rate of Change of a Function (2)
- Quiz: Average Rate of Change of a Function (3)
Classes of Functions
- IRS Tax Function (2016) for Tax Payers Filing Single
- Basic Quadratic Function (I)
- Quadratic Function
- Basic Quadratic Function (II)
- Solving Quadratic Equations Using Quadratic Formula (Quiz)
- Rational Function Grapher
- Exponential Functions: Graphs
- Quiz: Writing Exponential Growth & Decay Functions
- Logarithmic Functions: Graphs
- Compound Interest Investigation: Earning Money
- Compound Interest Investigation: Credit Card Debt
Limits & Continuity
Derivatives: Introduction & Intuition
- Average Rate of Change of a Function: Dynamic Illustration
- Average to Instantaneous (Rate of Change)
- Marginal Revenue, Cost, Profit: Analysis Problem 1
- Drawing Derivatives
- Constructing Graphs of Derivative Functions (Intuitively)
- Average Rate of Change vs. Instantaneous Rate of Change
- Derivatives (Intro)-1
- Derivatives (Intro)-2
- Derivative Function: Without Words
- Graphing The Derivative of a Function
- 3-Way Color-Changing Derivative Grapher
- When does f'(x) = f(x)?
- Mean Value Theorem
- Mean Value Theorem (Without Words)