| APPLET | SOURCE | DESCRIPTION |
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| Dice Sample Experiment | Virtual Laboratories in Probability and Statistics (Siegrist, Duehring) | Users can generate multiple samples of rolling a specified number of dice (either fair or several options for loaded) and record outcomes. NOTE: xhtml files may not run in all browsers. more |
| Dice Experiement | Virtual Laboratories in Probability and Statistics (Siegrist, Duehring) | Users generate multiple samples of rolling a specified number of dice, view distribution of sums, min, max, mean and number of 1s in table and histogram format, and compare to theoretical. Can also access through SOCR Experiments (www.socr.ucla.edu) where can also see distribution of number of 2s, 3s, 4s, 5s and 6s. NOTE: xhtml files may not run in all browsers. more
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| Coin Die Experiment | Virtual Laboratories in Probability and Statistics (Siegrist, Duehring) | Users can simulate tossing a coin and then throwing a die, either red or green, depending on the outcome of the coin toss, can change the fairness of the coin as well as the fairness of both dice, can view outcomes of individual trials as well as both observed and theoretical distribution of the result of the die toss. Can also be accessed through SOCR Experiments (www.socr.ucla.edu). NOTE: xhtml files may not run in all browsers. more |
| Die Coin Experiment | Virtual Laboratories in Probability and Statistics (Siegrist, Duehring) | Users can roll a die and then toss that number of coins, can change the fairness of the coins as well as the die, can view outcomes of individual trials as well as both observed and theoretical distribution of the result of the die toss. Can also be accessed through SOCR Experiments (www.socr.ucla.edu). NOTE: xhtml files may not run in all browsers. more |
| Probability Histograms | Schneiter, Utah State Univ. | Users can generate samples of tossing two dice and observing resultant sums or products and compare to theoretical distributions. Can be used to illustrate the outcomes for sums and products are not equally likely. more |
| Card Experiment | Virtual Laboratories in Probability and Statistics (Siegrist, Duehring) | Users can simulate drawing between one and 14 cards from a deck of 52 and recording the denomination and suit of each. Can also be accessed through SOCR Experiments (www.socr.ucla.edu). NOTE: xhtml files may not run in all browsers. more |
| Poker Experiment | Virtual Laboratories in Probability and Statistics (Siegrist, Duehring) | Generates multiple runs of drawing a five-card poker hand, records each outcome, and shows the distribution of actual data compared to theoretical. Can also be accessed through SOCR Experiments (www.socr.ucla.edu). NOTE: xhtml files may not run in all browsers. more |
| The Ball and Urn Experiment | Virtual Laboratories in Probability and Statistics (Siegrist, Duehring) | Users can simulate choosing a specified number of balls (with or without replacement) from urns containing a specified number of balls total and red balls, counting the number of red balls in each sample, and comparing observed to theoretical frequencies. NOTE: xhtml files may not run in all browsers. more |