Geogebra Probability Example
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CCSS Support Math II Unit 4
This example demonstrates drawing marbles from two bags and identifying all outcomes that meet specific conditions. It involves core concepts of Probability & Statistics, particularly combinations and event probability calculation. Construction uses commands like If, LaTeX, and objects such as Border, Gear, Book, P, Q, Striped0-3 for conditional logic, text, and graphics. Suitable for middle school and above for probability teaching and event analysis.
GeoGebra Commands & Parameters
If(Black ≟ 1 ∧ White ≟ 1 ∧ Gray ≟ 1, LaTeX["\text{Simon draws \textcolor{#000099}{1} marble from each bag shown.He hopes to draw \textcolor{#000099}{1} black marble,\textcolor{#000099}{1} white marble and \textcolor{#000099}{1} gray marble.}"]) → Pg1A1LaTeX("\text{Simon draws \textcolor{#000099}{1} marble from each bag shown.He hopes to draw \textcolor{#000099}{1} black marble,\textcolor{#000099}{1} striped marble and \textcolor{#000099}{1} gray marble.}") → Pg1A2LaTeX("\text{Simon draws \textcolor{#000099}{1} marble from each bag shown.He hopes to draw \textcolor{#000099}{1} striped marble,\textcolor{#000099}{1} white marble and \textcolor{#000099}{1} gray marble.}") → Pg1A3LaTeX("\text{Simon draws \textcolor{#000099}{1} marble from each bag shown.He hopes to draw \textcolor{#000099}{1} black marble,\textcolor{#000099}{1} white marble and \textcolor{#000099}{1}striped marble.}") → Pg1A4LaTeX("\text{Identify the outcomes that represent this event.}") → Pg1BLaTeX("\text{Identify the sample space.}") → Pg2ALaTeX("\text{Use a tree diagram to identify the sample space.}") → Pg2BLaTeX("\text{In the far left column of the diagram,list each marble possibility for the first bag:striped or black.In the}") → Pg2CLaTeX("\text{marble possibility for the third bag:striped or gray.Connect the branches as shown in the following diagram.}") → Pg2ELaTeX("\text{The sample space is all the possible outcomes.This can be determined by reading across each branch.}") → Pg3ALaTeX("\text{The possible outcomes are:}") → Pg3BLaTeX("\text{striped,white,striped}") → Pg3C1LaTeX("\text{black,white,striped}") → Pg3C2LaTeX("\text{striped,white,gray}") → Pg2D2LaTeX("\text{black,white,gray}") → Pg2D1LaTeX("\text{striped,striped,striped}") → Pg3D1LaTeX("\text{black,striped,striped}") → Pg3D2LaTeX("\text{striped,striped,gray}") → Pg3E2LaTeX("\text{black,striped,gray}") → Pg3E1LaTeX("\text{Identify all the outcomes in the event “drawing \textcolor{#000099}{1} gray marble and \textcolor{#000099}{2} striped marbles”.}") → Pg4A1LaTeX("\text{Identify all the outcomes in the event “drawing \textcolor{#000099}{1} gray marble,\textcolor{#000099}{1} white marble and \textcolor{#000099}{1} striped marbles”.}") → Pg4A4LaTeX("\text{Identify all the outcomes in the event “drawing \textcolor{#000099}{1} black marble and \textcolor{#000099}{2} striped marbles”.}") → Pg4A6LaTeX("\text{Identify all the outcomes in the event “drawing \textcolor{#000099}{1} white marble and \textcolor{#000099}{2} striped marbles”.}") → Pg4A7LaTeX("\text{Identify all the outcomes in the event “drawing \textcolor{#000099}{3} striped marbles”.}") → Pg4A8LaTeX("\text{The word “and” means the outcome must include \textcolor{#000099}{1} black marble and \textcolor{#000099}{2} striped marbles.}") → Pg4B6LaTeX("\text{The word “and” means the outcome must include \textcolor{#000099}{1} white marble and \textcolor{#000099}{2} striped marbles.}") → Pg4B7LaTeX("\text{It can be seen from the list of possible outcomes that there is only \textcolor{#000099}{1} outcome for which this is}") → Pg4B8If((Black ≠ 0) ∨ (White ≠ 0) ∨ (Gray ≠ 0), LaTeX["\text{It can be seen from the list of possible outcomes that there is only \textcolor{#000099}{1} outcome for which this is}"]) → Pg4CLaTeX("\text{possible:black,striped,striped.}") → Pg4D6LaTeX("\text{possible:striped,striped,striped.}") → Pg4D8LaTeX("\text{possible:black,white,gray.}") → Pg4D2LaTeX("\text{possible:striped,striped,gray.}") → Pg4D1LaTeX("\text{possible:striped,striped,white.}") → Pg4D7LaTeX("\text{possible:black,striped,gray.}") → Pg4D3LaTeX("\text{possible:striped,white,gray.}") → Pg4D4LaTeX("\text{possible:black,white,striped.}") → Pg4D5LaTeX((("\text{Black marble=" * Black) * "}")) → DKTblackLaTeX((("\text{White marble=" * White) * "}")) → DKTWhiteLaTeX((("\text{Gray marble=" * Gray) * "}")) → DKTGrayLaTeX((("\text{Striped marble=" * Total) * "}")) → DKTStripedLaTeX("\text{next column,list each marble possibility for the second bag:white or striped.In the next column,list each}") → Pg2DLaTeX("\text{that indicates how likely an event is to occur.}") → DKT2LaTeX("\text{Simon draws \textcolor{#000099}{1} marble from each bag shown.He hopes to draw \textcolor{#000099}{1} gray marble and \textcolor{#000099}{2} striped marbles.}") → Pg1A6LaTeX("\text{\mathbf{Probability} a number from \textcolor{#000099}0 to \textcolor{#000099}1 inclusive or a percent from \textcolor{#000099}{0%} to \textcolor{#000099}{100%} inclusive}") → WTK1LaTeX("\text{Simon draws \textcolor{#000099}{1} marble from each bag shown.He hopes to draw \textcolor{#000099}{1} black marble and \textcolor{#000099}{2} striped marbles.}") → Pg1A5LaTeX("\text{Simon draws \textcolor{#000099}{1} marble from each bag shown.He hopes to draw \textcolor{#000099}{1} white marble and \textcolor{#000099}{2} striped marbles.}") → Pg1A7LaTeX("\text{Simon draws \textcolor{#000099}{1} marble from each bag shown.He hopes to draw \textcolor{#000099}{3} striped marbles.}") → Pg1A8LaTeX("\text{The word “and” means the outcome must include \textcolor{#000099}{1} black marble,\textcolor{#000099}{1} white marble and \textcolor{#000099}{1} striped marble.}") → Pg4B5LaTeX("\text{The word “and” means the outcome must include \textcolor{#000099}{1} gray marble,\textcolor{#000099}{1} white marble and \textcolor{#000099}{1} striped marble.}") → Pg4B4LaTeX("\text{The word “and” means the outcome must include \textcolor{#000099}{1} gray marble,\textcolor{#000099}{1} black marble and \textcolor{#000099}{1} striped marble.}") → Pg4B3LaTeX("\text{The word “and” means the outcome must include \textcolor{#000099}{1} gray marble,\textcolor{#000099}{1} black marble and \textcolor{#000099}{1} white marble.}") → Pg4B2LaTeX("\text{Identify all the outcomes in the event “drawing \textcolor{#000099}{1} black marble,\textcolor{#000099}{1} white marble and \textcolor{#000099}{1} striped marble”.}") → Pg4A5LaTeX("\text{Identify all the outcomes in the event “drawing \textcolor{#000099}{1} gray marble,\textcolor{#000099}{1} striped marble and \textcolor{#000099}{1} black marble”.}") → Pg4A3LaTeX("\text{Identify all the outcomes in the event “drawing \textcolor{#000099}{1} gray marble,\textcolor{#000099}{1} white marble and \textcolor{#000099}{1} black marble”.}") → Pg4A2LaTeX("\text{The word “and” means the outcome must include \textcolor{#000099}{1} gray marble and \textcolor{#000099}{2} striped marbles.}") → Pg4B1
AI Drawing Prompt Reference
Draw two bags, each containing balls of different colors, including black, white, gray, and striped balls. Simulate Simon drawing one ball from each bag, hoping to draw 1 black ball, 1 white ball, and 1 gray ball. Describe this event with text and list all possible outcomes. Then, draw a tree diagram to represent all possible outcomes, including each ball's possible combinations. Finally, identify all outcomes that include 1 gray ball and 2 striped balls.
The prompt above was compiled from the original drawing commands and is for reference only.