Question

1. Consider a candy jar, initially with 1000 candies. You walk past it once each hour. Since you don’t want anyone to notice that you’re taking candy, each time you take 10% of the candies remaining in the jar. Sketch a graph of the number of candies for a few hours. 2. How would the graph change if instead of removing 10% of the candies, you removed 20%? Sketch your new graph.

Name: 1 consider a candy jar initially with 1000 candies you walk past it once each hour since you dont want anyone to notice that youre taking candy each time you take 10 of the candies remaining in the ja
Uploaded: 2024-11-08T23:58:49-08:00
Duration: 9 min 57 s
Channel: Susan Hallstrom
Description: 1 consider a candy jar initially with 1000 candies you walk past it once each hour since you dont want anyone to notice that youre taking candy each time you take 10 of the candies remaining in the ja

          1. Consider a candy jar, initially with 1000 candies. You walk past it once each hour. Since you don’t want anyone to notice that you’re taking candy, each time you take 10% of the candies remaining in the jar. Sketch a graph of the number of candies for a few hours. 
2. How would the graph change if instead of removing 10% of the candies, you removed 20%? Sketch your new graph.

Added by Joana K.

Finite Mathematics and Applied Calculus

Stefan Waner, Steven R. Costenoble 7th Edition

Chapter 7

Instant Answer

Solved by Expert Susan Hallstrom

11/08/2024

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The candy jar initially contains 1000 candies. You will take 10% of the candies each hour. Show more…

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1. Consider a candy jar, initially with 1000 candies. You walk past it once each hour. Since you don’t want anyone to notice that you’re taking candy, each time you take 10% of the candies remaining in the jar. Sketch a graph of the number of candies for a few hours. 2. How would the graph change if instead of removing 10% of the candies, you removed 20%? Sketch your new graph.