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Determining the Zeros or Roots of a Polynomial Function on the TI83/84

Determining the Zeros or Roots of a Polynomial Function on the TI83/84

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Determining When a Polynomial Function is Increasing and Decreasing

Determining When a Polynomial Function is Increasing and Decreasing

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Determining the Zeros or Roots of a Polynomial Function on the TI83/84

Determining the Zeros or Roots of a Polynomial Function on the TI83/84

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Determining the Intersection of Two Graph on the TI83/84

Determining the Intersection of Two Graph on the TI83/84

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Determining the value of a definite integral on the graphing calculator

Determining the value of a definite integral on the graphing calculator

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Determine the value of the derivative function on the graphing calculator

Determine the value of the derivative function on the graphing calculator

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Determine Function Values Using Function Notation on the TI84

Determine Function Values Using Function Notation on the TI84

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Determining Relative Extrema on the Graphing Calculator

Determining Relative Extrema on the Graphing Calculator

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Determining the Intersection of Two Graph on the TI83/84

Determining the Intersection of Two Graph on the TI83/84

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Graphing Lines on the Graphing Calculator

Graphing Lines on the Graphing Calculator

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Determine Function Values Using Function Notation on the TI84

Determine Function Values Using Function Notation on the TI84

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Evaluating Radical Expressions on the TI83/84

Evaluating Radical Expressions on the TI83/84

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The Table Feature of the Graphing Calculator

The Table Feature of the Graphing Calculator

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Graphing Calculator Basics

Graphing Calculator Basics

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7. Analysis of Variance: Within-Subjects ANOVA

7. Analysis of Variance: Within-Subjects ANOVA

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6. Analysis of Variance: Tests Supplementing ANOVA

6. Analysis of Variance: Tests Supplementing ANOVA

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5. Analysis of Variance: Unequal Sample Sizes

5. Analysis of Variance: Unequal Sample Sizes

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4. Analysis of Variance: Multi-Factor ANOVA (Between Subjects)

4. Analysis of Variance: Multi-Factor ANOVA (Between Subjects)

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3. Analysis of Variance: One-Factor ANOVA (Between-Subjects)

3. Analysis of Variance: One-Factor ANOVA (Between-Subjects)

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2. Analysis of Variance: ANOVA Designs

2. Analysis of Variance: ANOVA Designs

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1. Analysis of Variance: Introduction

1. Analysis of Variance: Introduction

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8. Regression to the Mean: Misinterpreting statistical evidence [Mathematics Science Education online]

8. Regression to the Mean: Misinterpreting statistical evidence [Mathematics Science Education online]

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7. Regression: Regression Toward the Mean

7. Regression: Regression Toward the Mean

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6. Regression: Introduction to Multiple Regression

6. Regression: Introduction to Multiple Regression

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5. Regression: Influential Observations

5. Regression: Influential Observations

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4. Regression: Inferential Statistics for b and r

4. Regression: Inferential Statistics for b and r

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3. Regression: Standard Error of the Estimate

3. Regression: Standard Error of the Estimate

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2. Regression: Partitioning Sums of Squares

2. Regression: Partitioning Sums of Squares

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1. Regression: Introduction to Simple Linear Regression

1. Regression: Introduction to Simple Linear Regression

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3. Power: Factors Affecting Power

3. Power: Factors Affecting Power

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2. Power: Example Calculations

2. Power: Example Calculations

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1. Power: Introduction

1. Power: Introduction

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7. Testing Means: Pairwise Comparisons (Correlated Observations)

7. Testing Means: Pairwise Comparisons (Correlated Observations)

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6. Testing Means: Specific Comparisons (Correlated Observations)

6. Testing Means: Specific Comparisons (Correlated Observations)

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5. Testing Means: Difference between Two Means (Correlated Pairs)

5. Testing Means: Difference between Two Means (Correlated Pairs)

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4. Testing Means: Specific Comparisons

4. Testing Means: Specific Comparisons

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3. Testing Means: All Pairwise Comparisons Among Means

3. Testing Means: All Pairwise Comparisons Among Means

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2. Tests of Means: Difference between Two Means (Independent Groups)

2. Tests of Means: Difference between Two Means (Independent Groups)

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1. Testing Means: Single Mean

1. Testing Means: Single Mean

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9. Logic of Hypothesis Testing: Misconceptions

9. Logic of Hypothesis Testing: Misconceptions

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8.Logic of Hypothesis Testing: Confidence Intervals and Significance Testing

8.Logic of Hypothesis Testing: Confidence Intervals and Significance Testing

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7. Logic of Hypothesis Testing: Steps in Hypothesis Testing

7. Logic of Hypothesis Testing: Steps in Hypothesis Testing

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6. Logic of Hypothesis Testing: Nonsignificant Results

6. Logic of Hypothesis Testing: Nonsignificant Results

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5. Logic of Hypothesis Testing: Interpreting Significant Results

5. Logic of Hypothesis Testing: Interpreting Significant Results

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4. Logic of Hypothesis Testing: One- and Two-Tailed Tests

4. Logic of Hypothesis Testing: One- and Two-Tailed Tests

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3. Logic of Hypothesis Testing: Type I and Type II Errors

3. Logic of Hypothesis Testing: Type I and Type II Errors

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2. Logic of Hypothesis Testing: Significance Testing

2. Logic of Hypothesis Testing: Significance Testing

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1. Logic of Hypothesis Testing: Introduction

1. Logic of Hypothesis Testing: Introduction

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3. Effect Size: Variance Explained

3. Effect Size: Variance Explained

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2. Effect Size: Two Means

2. Effect Size: Two Means

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1. Effect Size: Proportions

1. Effect Size: Proportions

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3. Chi Square: Contingency Tables

3. Chi Square: Contingency Tables

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2. Chi Square: One-Way Tables

2. Chi Square: One-Way Tables

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1. Chi Square: Chi Square Distribution

1. Chi Square: Chi Square Distribution

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2. Transformations: Tukey's Ladder of Powers

2. Transformations: Tukey's Ladder of Powers

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1. Transformations: Log Transformations

1. Transformations: Log Transformations

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9. Estimation: Confidence Interval on a Proportion

9. Estimation: Confidence Interval on a Proportion

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8. Estimation: Confidence Interval on a Correlation

8. Estimation: Confidence Interval on a Correlation

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7. Estimation: Confidence Interval on the Difference Between Two Means

7. Estimation: Confidence Interval on the Difference Between Two Means

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6. Estimation: The t distribution

6. Estimation: The t distribution

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5. Estimation: Confidence Interval for the Mean

5. Estimation: Confidence Interval for the Mean

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4. Estimation: Confidence Intervals

4. Estimation: Confidence Intervals

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3. Estimation: Characteristics of Estimators

3. Estimation: Characteristics of Estimators

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2. Estimation: Degrees of Freedom

2. Estimation: Degrees of Freedom

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1. Estimation: Introduction

1. Estimation: Introduction

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5. Sampling Distributions: proportion

5. Sampling Distributions: proportion

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4. Sampling Distributions: Pearson's r

4. Sampling Distributions: Pearson's r

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3. Sampling Distributions: Difference Between Means

3. Sampling Distributions: Difference Between Means

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2. Sampling Distributions: Sampling Distribution of the Mean (including Central Limit Theorem)

2. Sampling Distributions: Sampling Distribution of the Mean (including Central Limit Theorem)

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1. Sampling Distributions: Introduction

1. Sampling Distributions: Introduction

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5. Normal Distributions: Normal Approximation to the Binomial

5. Normal Distributions: Normal Approximation to the Binomial

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4. Normal Distributions: Standard Normal Distribution

4. Normal Distributions: Standard Normal Distribution

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3. Normal Distributions: Areas of Normal Distributions

3. Normal Distributions: Areas of Normal Distributions

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2. Normal Distributions: The History of the Discovery of Normal Distributions

2. Normal Distributions: The History of the Discovery of Normal Distributions

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1. Normal Distributions: Introduction

1. Normal Distributions: Introduction

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1. Research Design

1. Research Design

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7. Probability: Base Rates

7. Probability: Base Rates

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6. Probability: Hypergeometric Distribution

6. Probability: Hypergeometric Distribution

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5. Probability: Poisson Distribution

5. Probability: Poisson Distribution

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4. Probability: Binomial Distribution

4. Probability: Binomial Distribution

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3. Probability: Permutations

3. Probability: Permutations

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2. Probability: Basic Concepts

2. Probability: Basic Concepts

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1. Probability: Introduction

1. Probability: Introduction

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4. Describing Bivariate Data: Computing Pearson's r

4. Describing Bivariate Data: Computing Pearson's r

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3. Describing Bivariate Data: Properties of Pearson's Correlation

3. Describing Bivariate Data: Properties of Pearson's Correlation

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2. Describing Bivariate Data: Pearson's Correlation

2. Describing Bivariate Data: Pearson's Correlation

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1. Describing Bivariate Distributions: Introduction

1. Describing Bivariate Distributions: Introduction

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8. Summarizing Distributions: Measures of Central Tendency

8. Summarizing Distributions: Measures of Central Tendency

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7. Summarizing Distributions: Shape

7. Summarizing Distributions: Shape

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6. Summarizing Distributions: Measures of Variability

6. Summarizing Distributions: Measures of Variability

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5. Summarizing Distributions: Comparing Measures of Central Tendency

5. Summarizing Distributions: Comparing Measures of Central Tendency

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4. Summarizing Distributions: Additional Measures of Central Tendency

4. Summarizing Distributions: Additional Measures of Central Tendency

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3. Summarizing Distributions: Mean and Median

3. Summarizing Distributions: Mean and Median

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2. Summarizing Distributions: Measures of Central Tendency

2. Summarizing Distributions: Measures of Central Tendency

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1. Summarizing Distributions: What is Central Tendency

1. Summarizing Distributions: What is Central Tendency

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5. Graphing Distributions: Box Plots

5. Graphing Distributions: Box Plots

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4. Graphing Distributions: Histograms

4. Graphing Distributions: Histograms

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3. Graphing Distributions: Stem and Leaf Displays

3. Graphing Distributions: Stem and Leaf Displays

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2. Graphing Distributions: Graphing Qualitative Data

2. Graphing Distributions: Graphing Qualitative Data

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1. Describing Bivariate Distributions: Introduction

1. Describing Bivariate Distributions: Introduction

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