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Includes teacher generated activities. A section of the coast line is randomly given an angle (two lines), resulting in a...
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Material Type:
SimulationAuthor: Sergy Buldyrev, Anna Umansky

Date Added: Jun 29, 1997 Date Modified: Mar 07, 2011

Peer Review for material titled "Coastline (Mathematics, Fractals)"

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Peer review 4 rating

Peer Reviews
User review 4.67 average rating

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Discussion (3 Comments)

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Grow trees (green dots), then start fire (red dots), and watch destroyed trees (black dots) form a trail behind the fire.

Material Type:
SimulationAuthor: Sergy Buldyrev, Anna Umansky

Date Added: Jun 29, 1997 Date Modified: Aug 23, 2012

Peer Review for material titled "Forest Fires and Percolation"

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Peer review 4 rating

Peer Reviews
User review 4 average rating

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Discussion (1 Comment)

Personal Collections (3)

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Flip coins to see if you can beat the odds.

Material Type:
SimulationAuthor: Paul Trunfio

Date Added: Jun 29, 1997 Date Modified: Jun 06, 2011

Peer Review for material titled "Lottery Game (Mathematics, Statistics)"

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About this material:

Peer review 4 rating

Peer Reviews
User review 4 average rating

User Rating
Discussion (5 Comments)

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Throw darts at a circle, get the ratio inside to outside circle, and estimate pi.

Material Type:
SimulationAuthor: Paul Trunfio, Gary McGathThis lesson was prepared by Paul Trunfio and the JAVA applet was written by Gary McGath

Date Added: Jun 29, 1997 Date Modified: Jul 08, 2011

Peer Review for material titled "Monte Carlo Estimate of Pi (Mathematics)"

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About this material:

Peer review 4 rating

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Take random steps left or right and see how far you get. You won't go far very often.

Material Type:
SimulationAuthor: Paul Trunfio, Gary McGath

Date Added: Jun 29, 1997 Date Modified: Apr 13, 2009

Peer Review for material titled "1D Random Walk (Statistics, Mathematics)"

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About this material:

Peer review 3.67 rating

Peer Reviews
User review 4 average rating

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Discussion (1 Comment)

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Discussion of a technique for estimating pi, by dropping a needle between parallel lines.

Material Type:
PresentationAuthor: George Reese

Date Added: Jun 29, 1997 Date Modified: May 10, 2011

Peer Review for material titled "Buffon's Needle Estimate of Pi (Mathematics)"

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About this material:

Peer review 4 rating

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Ants running out of an anthill moving randomly create a series of patterns.

Material Type:
SimulationAuthor: Paul Trunfio, Gary McGath

Date Added: Jun 29, 1997 Date Modified: Feb 06, 2012

Peer Review for material titled "Ant Hill (Probability, Statistics, Mathematics)"

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About this material:

Reviewed by members of Editorial board for inclusion in MERLOT.

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A particle moves randomly in 2D, and leaves a particle when it touches the central aggregation complex.

Material Type:
SimulationAuthor: Anna Umansky

Date Added: Jun 29, 1997 Date Modified: Oct 19, 2005

Peer Review for material titled "Diffusion Limited Aggregation (Probability, Mathematics, Fractals)"

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About this material:

Reviewed by members of Editorial board for inclusion in MERLOT.

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2D Random Walk with no cut-backs and trap avoidance heuristic.

Material Type:
SimulationAuthor: Sergy Buldyrev, Anna Umansky

Date Added: Jun 29, 1997 Date Modified: Dec 18, 2008

Peer Review for material titled "Polymer (Probability, Mathematics, Fractals)"

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About this material:

Reviewed by members of Editorial board for inclusion in MERLOT.

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Take random steps left or right or up or down and see how far you get. You won't go far very often.

Material Type:
SimulationAuthor: Paul Trunfio, Gary McGath

Date Added: Jun 29, 1997 Date Modified: Jan 03, 2003

Peer Review for material titled "2D Random Walk (Statistics, Mathematics)"

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About this material:

Reviewed by members of Editorial board for inclusion in MERLOT.

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