Antidifferentiation – Indefinite Integral Total Running Time: 18:46 Antidifferentiation – Indefinite Integral
Applications of Linear Functions Total Running Time: 21:56 average cost, cost, market equilibrium, profit, Revenue, supply and demand Applications of Linear Functions
Applications of Quadratic Functions Total Running Time: 14:18 break even analysis, graphing, market equilibrium Applications of Quadratic Functions
Applications of the Second Derivative Total Running Time: 24:43 Applications of the Second Derivative
Confidence Intervals for Proportions Total Running Time: 19:50 assumptions and conditions, margin of error Confidence Intervals for Proportions
Confidence Intervals for Proportions Total Running Time: 09:24 Confidence Level Confidence Intervals for Proportions
Consumer and Producer Surplus Total Running Time: 22:24 market equilibrium Consumer and Producer Surplus
Converting Decimals & Fractions to Percent Total Running Time: 08:14 Converting Decimals & Fractions to Percent
Correlation and Linear Regression Total Running Time: 27:04 residuals, scatterplots, variation Correlation and Linear Regression
Differentiation Techniques – Easy Way Total Running Time: 22:54 negative exponents, rational exponents Differentiation Techniques – Easy Way
Differentiation Using Difference Quotient Total Running Time: 21:13 Differentiation Using Difference Quotient
Displaying and Describing Categorical Data Total Running Time: 15:04 Bar Charts, Categorical Data Displaying and Describing Categorical Data
Displaying and Describing Quantitative Data Total Running Time: 25:19 boxplots, five number summary, mean, median, mode, variance, z-score Displaying and Describing Quantitative Data
Displaying Describing Quantitative Data PT1 Total Running Time: 06:21 histogram, outliers, skewed, symmetric Displaying Describing Quantitative Data PT1
Displaying Describing Quantitative Data PT2 Total Running Time: 24:36 mean, median, mode, outliers, range, standard deviation, z-score Displaying Describing Quantitative Data PT2
Expected Value Total Running Time: 13:22 expected value, random variables, standard deviation Expected Value
Exponential Functions and Application of Exponential Functions Total Running Time: 16:33 Euler's number, graphing Exponential Functions and Application of Exponential Functions
Future Value of Ordinary Annuities Total Running Time: 21:54 calculating interest, ordinary annuity, solving for r Future Value of Ordinary Annuities
Integration Techniques – U Substitution Total Running Time: 26:21 Integration Techniques – U Substitution
Limits: A Numerical and Graphical Approach Total Running Time: 11:19 Limits: A Numerical and Graphical Approach
Linear Inequalities Total Running Time: 17:55 absolute value, graph, interval notation, solve Linear Inequalities
Linear Regression Total Running Time: 16:09 Explanatory Variable, residuals, Response Variable Linear Regression
Loan Amortization and Present Value of Ordinary Annuities Total Running Time: 17:17 calculating interest, solving for r Loan Amortization and Present Value of Ordinary Annuities
Margin of Error and Sample Size Total Running Time: 14:29 Confidence Interval, Confidence Level, critical values Margin of Error and Sample Size
Matrix Products Identities and Inverses Total Running Time: 17:50 Matrix Products Identities and Inverses
Max and Min Business Applications Total Running Time: 10:16 cost, Revenue Max and Min Business Applications
Nonlinear Functions and Models Total Running Time: 20:03 market equilibrium, quadratic formula, rational exponents Nonlinear Functions and Models
Polynomial Inequalities Total Running Time: 19:08 graph, interval notation, solve Polynomial Inequalities
Product and Quotient Rule Total Running Time: 26:30 average cost, product rule Product and Quotient Rule
Rational Expressions Total Running Time: 14:10 divide expressions, multiply expressions, simplify expressions in lowest terms Rational Expressions
Rational Expressions Total Running Time: 14:10 divide expressions, multiply expressions, simplify expressions in lowest terms Rational Expressions
Rounding and Converting Fractions & Decimals Total Running Time: 07:46 Rounding and Converting Fractions & Decimals
Sampling Distribution Total Running Time: 22:29 assumptions and conditions, central limit theorem, sampling distribution of the mean Sampling Distribution
Sampling Distribution of Mean Total Running Time: 12:32 central limit theorem, Sampling Distribution, sampling distribution of the mean, Variance of the Sampling Distribution of the Mean Sampling Distribution of Mean
Solving Percent Equations for the Base Total Running Time: 06:23 Solving Percent Equations for the Base
Solving Percent Equations for the Part Total Running Time: 07:45 Solving Percent Equations for the Part
Solving Percent Equations for the Rate Total Running Time: 04:58 Solving Percent Equations for the Rate
Solving Percent Equations: Increase & Decrease Total Running Time: 05:14 Solving Percent Equations: Increase & Decrease
Solving Systems of Equations with Matrices Total Running Time: 14:35 Solving Systems of Equations with Matrices
Testing Hypotheses Total Running Time: 22:52 alternative hypothesis, critical values, null hypothesis Testing Hypotheses
Testing Hypothesis About Proportions PT1 Total Running Time: 14:17 alternative hypothesis, null hypothesis, two tailed test Testing Hypothesis About Proportions PT1
Testing Hypothesis About Proportions PT2 Total Running Time: 15:51 critical values, null hypothesis Testing Hypothesis About Proportions PT2
Translating Words to Algebraic Equations and Solving Total Running Time: 05:01 Translating Words to Algebraic Equations and Solving
Translating Words to Algebraic Expressions Total Running Time: 05:31 Translating Words to Algebraic Expressions