Two School Clubs Selling Plants Example
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CCGPS AA Unit 6 Lesson 5
This example demonstrates the sales comparison between two school clubs selling plants. Core math concepts include linear functions, data comparison, and analytical geometry. GeoGebra commands and objects used are LaTeX, Corner, If; stepMax, stepper, steps, counter, RandomizationText, Original, Randomized, A, B, xmin, xmax, ymin, ymax, button1, jugFirstDays, mockFirstDays, jugStart, jugLeft, mockStart, mockLeft, jugSold, mockSold, jugrate, mockrate, jugOutDays, mockOutDays, jugwins, winner, text1, text2, text3, text4, text5, text6, text7, text8, text9, text10, text11, text12. Suitable for high school students learning function graphs and data comparison.
GeoGebra Commands & Parameters
LaTeX(steps) → counterLaTeX("\text{Use the buttons below to return to the original problem or}\cr\text{randomly generate a similar practice problem.}") → RandomizationTextCorner(1) → ACorner(3) → BIf(jugwins > 0, LaTeX["\text{the juggling club sells out before the mock trial club does}"], If[jugwins < 0, LaTeX["\text{the mock trial club sells out before the juggling club does}"], LaTeX["\text{the juggling club and the mock trial club sell out by the end of the same day}"]]) → winnerLaTeX("\text{Determine how many plants the juggling club has sold.}") → text1LaTeX((((((("\text{The juggling club has sold " * jugStart) * " – ") * jugLeft) * " or ") * jugSold) * " plants.}")) → text2LaTeX("\text{Calculate the average number of plants the juggling club sold per day.}") → text3LaTeX((((("\text{The juggling club sold " * jugSold) * " plants over ") * jugFirstDays) * " days. Divide to determine the average. }")) → text4LaTeX((((((("\textcolor{#000099}{\frac{" * jugSold) * "}{") * jugFirstDays) * "}\approx ") * jugrate) * "}")) → text5LaTeX((("\text{The juggling club sold an average of approximately " * jugrate) * " plants each day.}")) → text6LaTeX("\text{Determine how many plants the mock trial club has sold.}") → text7LaTeX((((((("\text{The mock trial club has sold " * mockStart) * " – ") * mockLeft) * " or ") * mockSold) * " plants.}")) → text8LaTeX("\text{Calculate the average number of plants the mock trial club sold per day.}") → text9LaTeX((((("\text{The mock trial club sold " * mockSold) * " plants over ") * mockFirstDays) * " days. Divide to determine the average. }")) → text10LaTeX((((((("\textcolor{#000099}{\frac{" * mockSold) * "}{") * mockFirstDays) * "}\approx ") * mockrate) * "}")) → text11LaTeX((("\text{The mock trial club sold an average of approximately " * mockrate) * " plants each day.}")) → text12LaTeX("\text{Describe the rates at which the two clubs sold their plants. Compare the kinds of}\cr\text{numbers that represent days, plants, and rates.}") → text13LaTeX("\text{Calculate how long it will take the juggling club to sell its remaining plants.}") → text15LaTeX((((("\text{The juggling club has 30 plants left and inventory is changing at a rate of about}\cr\text{–" * jugrate) * " plants per day, so the juggling club’s plants will sell out in ") * jugOutDays) * " day(s).}")) → text16LaTeX("\text{Calculate how long it will take the mock trial club to sell its remaining plants.}") → text17LaTeX((((((("\text{The mock trial club has " * mockLeft) * " plants left and inventory is changing at a rate of about}\cr\text{–") * mockrate) * " plants per day, so the mock trial club’s plants will sell out in ") * mockOutDays) * " day(s).}")) → text18LaTeX("\text{Explain which club will sell out of plants first.}") → text19LaTeX((((((("\text{The variables “days” and “plants” are positive whole numbers, whereas “rate” can}\cr\text{be a negative number. In this situation, the rates for the two clubs are negative,}\cr\text{because the rates reflect a reduction in the number of plants each club has in}\cr\text{stock. The rate for the juggling club is approximately –" * jugrate) * " plants per day because}\cr\text{the quantity of plants is being reduced by an average of about –") * jugrate) * " per day;}\cr\text{similarly, the rate for the mock trial club is –") * mockrate) * " plants per day.}")) → text14LaTeX("\text{Move the slider to solve the problem.}") → text0LaTeX((((((((((((("\text{The juggling club started with " * jugStart) * " plants and after ") * jugFirstDays) * " days has ") * jugLeft) * " plants left.}\cr\text{The mock trial club started with ") * mockStart) * " plants and after ") * mockFirstDays) * " days has ") * mockLeft) * " plants left.}")) → ProblemLaTeX((((((((((((((("\text{The juggling club has been selling for " * jugFirstDays) * " days and will sell out in ") * jugOutDays) * " more day(s) for a}\cr\text{total of ") * jugTotalDays) * " days.}\cr\text{The mock trial club has been selling for ") * mockFirstDays) * " days and will sell out in ") * mockOutDays) * " more day(s) for a}\cr\text{total of ") * mockTotalDays) * " days.}\cr\text{Therefore, }") * winner) * "\text{.}")) → text20
AI Drawing Prompt Reference
Create a graph comparing sales between two school clubs selling plants. Display linear functions for each club, marking starting and remaining plant counts, and calculate average daily sales. Include buttons to switch between original and randomly generated problems, showing which club sells out first. Describe the relationship between sales rates, days, and plant numbers, calculate days needed to sell remaining plants, and conclude which club sells out first.
The prompt above was compiled from the original drawing commands and is for reference only.