Connected Mathematics: ProbLab
The ProbLab models and construction activities provide contexts for learning central concepts of probability and statistics.
Students explore the models, guided by structured experiments and riddles.
Also, students develop basic orientation in programming environments by modifying code so as better to suit their experiments.
Click on these links to interact with on-line versions of these models. The ProbLab models themselves can be downloaded or viewed
here. [last updated July 8, 2005]
Central Limit Theorem : Population distributions, sample-mean distributions
Combinations Tower : Classroom collaborative combinatorics construction [This link does not contain an interactive model]
Dice : Empirical probability with a familiar object
Stalagmite : One die, two dice, and outcome distributions (now also available as a HubNet PSA)
Equidistant Probability : Connecting geometry and stochastics
Expected Value : Supplementing simple
empirical-probability simulations with 'worth'
Expected Value Advanced : Supplementing simple
empirical-probability simulations with 'worth,' varying the sample size
9-Block Stalagmite : Bridging combinatorial sample space and distribution of empirical outcomes
9-Block Stalagmite Solo : Companion to Sample Stalagmite for
building combinatorial-analysis strategies
9-Blocks : Single and compound events as complementary perspectives on combinatorial sample space
Partition Permutation Distribution : Frequencies of possible addends of given totals
Probability Graphs Basic : Three data-analysis perspectives on a randomly generated string of simple data
ProbLab Genetics : Demonstrates some connections between probability and the natural sciences
Random Basic : Playground for exploring fundamental concepts of chance
Advanced : Exploring the effect of sample space and size on
Random Combinations and Permutations : Create a combination of color or dice and search for its permutations
S.A.M.P.L.E.R. : A HubNet participatory simulation in statistics
Shuffle Board : Fresh visual metaphor to explore 'waiting time' and 'streaks of success'
Stochastic Patchwork : Normal distribution as macro perspective on micro chance
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The ProbLab models themselves can be downloaded or viewed
[last updated July 8, 2005]