MERLOT Materials

Filter by

1-24 of 28 results for discipline "Statistics and Probability"

National Library of Virtual... National Library of Virtual Manipulatives: Box Plot

An interactive box plot applet that allows users to put in their own data that is part of a large collection of platform... see more

National Library of Virtual... National Library of Virtual Manipulatives: Scatterplot

An interactive scatterplot applet that allows users to put in their own data that is part of a large collection of... see more

ANOVA Visualization Tool

This is an applet that is designed to help students understand the features and factors of one- and two-way ANOVA... see more

Probability Plotter / Calculator

Probability plotter and calculator allows students to explore different distributions and their relationships.Â ... see more

Taguchi Loss Function

An animation and short description of the Taguchi Loss Function.

WISE Confidence Interval Game

This is a game students can play where they are scored on how well they interpret overlap of confidence intervals.

Probability :: continuous ::... Probability :: continuous :: chi-squared

By means of two spin buttons, the user changes the degrees of freedom and a particular value of a chi-squared distributed... see more

Probability :: continuous ::... Probability :: continuous :: exponential

By means of two spin buttons, the user changes the parameter in the density function and a particular value of an... see more

Probability :: continuous :: uniform

By means of four spin buttons, the user changes the interval over which a uniformly distributed random variable is... see more

Probability :: continuous :: Weibull

By means of three spin buttons, the user changes the parameters of the distribution and the value of a... see more

Seeing Statistics

No description given

Least Squares as a square (geogebra... Least Squares as a square (geogebra illustration)

This is a simple illustration of the principle of least squares.Â Â  The learner has to fit a line to three data points by... see more

Probability :: continuous :: beta

By means of four spin buttons, the user changes the parameters "alpha" and "beta" and two values of a beta-distributed... see more

Probability :: continuous ::... Probability :: continuous :: extreme-value

By means of two spin buttons, the user changes the parameter in the density function and a particular value of an... see more

Probability :: continuous ::... Probability :: continuous :: F-distribution

By means of three spin buttons, the user changes the degrees of freedom and the value of an F-distributed random... see more

Probability :: continuous :: gamma

By means of four spin buttons, the user changes the parameters "alpha" and "beta" and two values of a gamma-distributed... see more

Probability :: continuous :: normal

By means of four spin buttons, the user changes the values of the mean and variance and two values of a normally... see more

Probability :: continuous ::... Probability :: continuous :: student's-t

By means of three spin buttons, the user changes the degrees of freedom and two values of a student's-t distributed... see more

Probability :: discrete :: binomial

By means of four spin buttons, the user changes the values of n, the number of trials (from 1 to 25); p, the probability... see more

Probability :: discrete :: geometric

By means of four spin buttons, the user changes the values of p, the probability of "success" and two values of the... see more

Probability :: discrete :: Poisson

By means of three spin buttons, the user changes the values of lambda and two values of the discrete random variable X.... see more

[Shiny App] Benford's Law: Data... [Shiny App] Benford's Law: Data Examples (Census and Stock Exchange)

The first-digit distribution of many US Census variables is known to closely follow Benford's Law. We will consider... see more

[Shiny App] Benford's Law: Sequences... [Shiny App] Benford's Law: Sequences (Additive, Power, Prime Number)

This app examines the first-digit distribution of various sequences: Additive, Power, and Prime Number Additive... see more

[Shiny App] Maximum Likelihood... [Shiny App] Maximum Likelihood Estimation for the Binomial Distribution

This app provides an introduction to the concept of maximum likelihood estimation by working through the example of the... see more