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Home » Functions and Statistics

A Comprehensive Approach to
Functions and Statistics

Master critical concepts in Functions and Statistics—Gain problem-solving confidence—Excel in your coursework and exams

Relations and Functions

47 min 24 Examples

  • Introduction to Video: Relations and Functions
  • What is a Relation? What is a Function with Examples #1-3
  • Examples #4-6: Determine the domain, range and whether the relation is a function
  • Understanding the Vertical Line Test with Examples #7-14
  • Function Notation with Examples #15-17
  • Examples #18-24: Evaluate each function

Set Notation

47 min 18 Examples

  • Introduction to Video: Set Notation
  • Overview of Set Notation and finding Domain and Range with Examples #1-3
  • Examples #4-15: Given the graph write the domain and range using set-builder notation

Linear Function

37 min 11 Examples

  • Introduction to Video: Linear Functions
  • What is a linear function? and Examples #1-6: Graph the linear function
  • Examples #7-9: Find the linear function
  • Example #10: Use linear functions to solve the word problem
  • Example #11: Use the linear function d=rt to solve the word problem

Central Tendency

1 hr 17 min 14 Examples

  • Introduction to Video: Central Tendency
  • What is Central Tendency? Mean? Median? Mode? Range? Percentiles? Quartiles?
  • Examples #1-3: Find the mean, median, mode and range for the sample data
  • Frequency Distribution and Line Plots with Examples #5-6
  • Stem and Leaf Plots with Examples #7-8
  • Box and Whisker Plots with Example
  • Example #9: Find mean, median, mode, range and create Frequency Distribution, Line Plot, Stem and Leaf and Box and Whisker plots for the sample data
  • Finding Percentiles with Examples #10-12
  • Mean Absolute Deviation with Example #13
  • Example #14: Find the Mean Absolute Deviation for the sample data

Empirical Rule

43 min 5 Examples

  • Introduction to Video: Normal Distributions – Empirical Rule
  • Variance and Standard Deviation Formulas with Example #1
  • Example #2: Find the Variance and Standard Deviation for the set of data
  • Normal Distributions and the Empirical Rule
  • Example #3: Given the mean and standard deviation use Empirical Rule to determine probable weight
  • Example #4: Given the mean and standard deviation use Empirical Rule to determine likely test score
  • Example #5: Given the mean and standard deviation use Empirical Rule to determine probability

Z Score

1 hr 9 min 9 Examples

  • Introduction to Video: Z-Scores
  • Overview of Standard Normal Distribution and the Z-Scores formula
  • Examples #1-3: Find the z-score
  • Examples #4-5: Use z scores to find ACT scores and cholesterol level
  • Example #6: Use z scores to determine production for a company
  • Overview of Probability and Z Distributions and Tables
  • Examples #7-8: Find the percentage of students scoring in a range on the SAT
  • Example #9: Find the probability of running a race in a specified time

Line of Best Fit

43 min 9 Examples

  • Introduction to Video: Line of Best Fit
  • Understanding Correlation and Scatter Plots
  • Examples #1-6: Determine the correlation and relationship for each scatter plot
  • How to find the Line of Best Fit? What are residuals
  • Examples #7-8: Find the line of best fit for each data set
  • Example #9: Find the regression line and use it to approximate values

Permutations and Combinations

55 min 15 Examples

  • Introduction to Video: Permutations and Combinations
  • Fundamental Counting Principle with Examples #1-2
  • What are Permutations and Combinations and Factorials?
  • Examples #3-4: use permutations with repetition
  • Examples #5-10: use permutations without repetition
  • Examples #11-13: use combinations without repetition
  • Examples #14-15: use either permutations or combinations

Probability

1 hr 27 min 17 Examples

  • Introduction to Video: Intro to Probability
  • Venn Diagrams and Notation for intersection, union and complement with Example #1
  • Finding Probability of an Event with Examples #2-3
  • Overview of Mutually Exclusive, Dependent, and Independent Events and Conditional Probability
  • Examples #4-6: Classify as independent or dependent events
  • Examples #7-8: Find the probability of the independent events
  • Examples #9-11: Are the events mutually exclusive?
  • Examples #12-13: Find the probability of the mutually exclusive events.
  • Example #14: Find the conditional probability using a Venn Diagram
  • Example #15: Find the conditional probability by first creating a Venn Diagram
  • Example #16: Find the conditional probability by creating a tree diagram
  • Example #17: Find the conditional probability using a table

Chapter Test

2 hr 10 min 40 Examples

  • For #1-6: Find the domain and range and determine if it is a function
  • For #7-8: Evaluate the function
  • For #9-10: Find the equation for the linear function
  • For #11-14: Determine the type of correlation and relationship for each scatter-plot
  • For #15-16: Determine the line of best fit
  • For #17-22: Find the mean, median, mode, range, and create a frequency diagram, stem-and-leaf and line plot
  • For #23-26: Create a Box-and-Whisker plot and find the M.A.D., variance and standard deviation
  • For #27-28: Create a normal distribution curve and find probability using the Empirical Rule
  • For #29-30: Find z-scores and probability using standard normal distributions
  • For #31-36: Use Permutations, Combinations or the Fundamental Counting Principle
  • For #37: Find the probability of a dart landing on a dartboard
  • For #38: Create a tree diagram to find conditional probability
  • For #39: Find the probability and conditional probability of mutually exclusive events
  • For #40: Create a Venn diagram to find probability
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