Introduction to Statistics

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MA 122 - Introduction to Statistics

Objectives Syllabus
Outline Text
Examples of the Objectives

Objectives

At the conclusion of each chapter covered, the student should be able to:
Chapter 1: Introduction to statistics
    1. Understand the difference between descriptive and inferential statistics.
    2. Know the uses and possible abuses of statistics.
    3. Have an overview of what the course is about.
Chapter 2: Descriptive Statistics
    1. Know how to construct pictures of data such as histograms, frequency polygons, ogives and pie charts.
    2. Understand and compute various measures of central tendency such as mean, median, mode, mid-range, and weighted mean.
    3. Understand and compute various measures of dispersion such as range, variance and standard deviation.
Chapter 3: Probability
    1. Understand the difference between empirical and classical probability.
    2. Understand the fundamentals of classical probability theory.
Chapter 4 Probability Distributions
    1. Understand the concept of discrete and random variables.
    2. Know how to compute the mean and variance for a discrete probability distribution.
    3. Understand the binomial distribution and how it is used in binomial experiments.
    4. Know how to compute the mean and the variance for a binomial distribution.
    5. Recognize the difference and properties of various distribution shapes (bell-shaped, symmetrical and non-symmetrical).
Chapter 5 Normal Probability Distributions
    1. Understand the properties of the standard normal distribution and non-standard normal distribution.
    2. Understand the concept of standard scores.
    3. Using knowledge of the normal distribution to approximate the binomial distribution.
    4. Understand and make use of the Central Limit Theorem.
Chapter 6 Testing Hypothesis
    Know how to perform the following one-sample hypotheses tests for:
    1. The mean (large and small samples)
    2. proportions
    3. variances and/or standard deviations
Chapter 7 Estimates and Sample Sizes
    Know how to compute confidence intervals for the following:
    1. Means
    2. Proportions
    3. Variances and/or standard deviations
Chapter 8 Comparing Two Parameters
    Know how to perform the following two-sample hypothesis tests for:
    1. Variances and/or standard deviations
    2. Means
    3. Proportions
Chapter 9 Correlation and Regression
    1. Understand the concept pr linear correlation
    2. Understand the concept of linear regression
    3. Know how to perform linear correlation and regression analysis.

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