Houghton Mifflin Harcourt
Holt, Rinehart and Winston: Homework Help Independent Practice: Theoretical Probability
Get independent practice working with theoretical probability. Each incorrect response gets a text box explanation and another try. Correct responses are confirmed.
ClassFlow
Class Flow: Probability
[Free Registration/Login Required] This flipchart takes the student through activities regarding theoretical and experimental probability and expressing the probability in mathematical terms.
Other
Fayetteville State University: Z Scores and Probability
Several paragraphs of explanation and graphs are found here to get across the concept of normal scores, z-scores, and the related probability in a simple fashion. This page is part of a collection from the university on basic statistical...
ClassFlow
Class Flow: Probability Starter: Handling Data
[Free Registration/Login Required] Students are introduced to the concept of theoretical and actual probability in a variety of contexts.
![Pbs Mathline: The Smithville Families Lesson Plan [Pdf] Lesson Plan](https://d15y2dacu3jp90.cloudfront.net/images/attachment_defaults/resource/large/FPO-knovation.png "Pbs Mathline: The Smithville Families Lesson Plan [Pdf] Lesson Plan")
PBS
Pbs Mathline: The Smithville Families Lesson Plan [Pdf]
A coin is used to determine the birth of children and the students are to determine the probability of whether the child is boy/girl. Printable lesson.
Sophia Learning
Sophia: Finding the Probability of Two Mutually Exclusive Events
This lesson demonstrates how to find the probability of two mutually exclusive events.
Web Center for Social Research Methods
Research Methods Knowledge Base: Probability Sampling
This site from Cornell University contains great information on random or probability sampling. Definitely a site worth checking out on the subject.
Better Lesson
Better Lesson: Playing With Probability Some Simple Scenarios
Exposure to this concept now is both fun and engaging AND a crucial step toward building a foundation for deeper, long-term understanding.
Texas Instruments
Texas Instruments: Plinko!
In this activity, students will simulate a popular game, find experimental probabilities, and then compare those probabilities to the corresponding theoretical probabilities.
Texas Instruments
Texas Instruments: Will Girls and Boys Be Equal?
Students explore concepts in probability and statistics. In this activity, they model a situation to find experimental probability and construct a box-and-whisker plot. They compare the experimental and theoretical probabilities for the...
Shodor Education Foundation
Shodor Interactivate: Dice Table
A dice-table activity introduces students to probability and to converting probability to a simple fraction, a decimal, and a percentage.
Texas Instruments
Texas Instruments: Off to the Races
In this activity, students set weights for factors and observe how it affects the probability of a particular outcome. They set a weight for 3 factors for each of the six horses in a race. The three factors are weighted differently in...
National Council of Teachers of Mathematics
Nctm: Illuminations: Adjustable Spinner
An interactive game for learning theoretical vs experimental probability.
Shodor Education Foundation
Shodor Interactivate: Coin Toss
A simple coin-toss simulation through which students explore experimental probability. Accompanied by links to related activities, discussions, worksheets, and materials for instructors.
Texas Instruments
Texas Instruments: Analyzing Number Cube Sums
In this activity, students extend their understanding of theoretical probability and patterns. They use number cubes, to build awareness that a fraction and its decimal and percent representation on the calculator are "close," but not...
National Council of Teachers of Mathematics
Nctm: Figure This: Vcr
This resource presents an interesting challenge for the serious mathematician with strong reasoning skills. Explore proportional reasoning, probabilities, fractions, and ratios in this challenge to figure out if you always get six hours...
Oswego City School District
Regents Exam Prep Center: Set Builder and Interval Notation
Use this lesson, practice exercise, and teacher resource when planning instruction on sets and interval notation. Offers simple definitions and examples, an eleven-question online quiz, and a .pdf worksheet for students to complete while...
Science Buddies
Science Buddies: Frequency of Outcomes in a Small Number of Trials
People often draw conclusions from a small number of observations, but how easy is it to draw the wrong conclusion? Here is a simple project that shows the importance of making enough observations before making a prediction.
TeachEngineering
Teach Engineering: Mice Rule! (Or Not)
Students explore the relationships between genetics, biodiversity, and evolution through a simple activity involving hypothetical wild mouse populations. First, students toss coins to determine what traits a set of mouse parents...
Annenberg Foundation
Annenberg Learner: Math in Daily Life: Playing to Win
A simple explanation of the link between math and winning odds at a casino. Learn about determining probability through two examples and about other ways we "play the odds" in real life. A second part of this article, "Place Your Bets:...
University of Cambridge
University of Cambridge: Nrich: A Bit of a Dicey Problem
Short website offers a look into the theoretical probability of tossing dice. Several questions related to the throwing of dice are included.
University of Cambridge
University of Cambridge: Nrich: In a Box
This probability problem encourages the learner not only to arrive at a solution, but also to defend it.
McGraw Hill
Mc Graw Hill Education: Glencoe: Statistics and Probability: Luck of the Draw
Instructions for creating and playing a simple card game through which students can practice calculating the interquartile range from a set of numbers.
University of Cambridge
University of Cambridge: Maths and Sports: Arsenal Collection: Football Formations
How many different football team formations can you find? This activity provides an engaging real-life context to investigate simple combinations, and is aimed at Key Stage 3 students.
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