### Would you like a cup of tea?Carole and Julius are getting ready to open a new cafe and are gathering up information about sales of different drinks in their state. They obtained data containing the yearly sales (in \$1000s) for three types of tea: Darjeeling, Earl Grey, and Green Tea. A boxplot of the data and a histogram of the sales for all three teas combined are shown below.Note: Clicking on any image in this problem will open it in a new window, allowing you to enlarge the view.#### Tea Sales by ProductThe boxplot provides a visual summary of the sales distribution for each type of tea: - **Darjeeling**: Sales range from approximately 100 to 200 $ \$1000s $. The median sale is around 150 $ \$1000s $, and the 75th percentile (Q3) is approximately 180 $ \$1000s $. - **Earl Grey**: Sales range from approximately 100 to 400 $ \$1000s $. The median sale is around 225 $ \$1000s $, and the 75th percentile (Q3) is around 300 $ \$1000s $. - **Green Tea**: Sales range from approximately 80 to 260 $ \$1000s $. The median sale is around 180 $ \$1000s $, and the 75th percentile (Q3) is approximately 240 $ \$1000s $.#### Combined Tea SalesThe histogram represents the frequency of combined tea sales in \$1000s: - Sales are predominantly in the range of 100 to 150 $ \$1000s $. - There is a noticeable number of sales in the range of 200 to 250 $ \$1000s $. - Very few sales exceed 350 $ \$1000s $.### Part 1: Use the plots above to make quantitative comparisons and answer the following questions:**Quantity A:** The 75th percentile (Q3) of Sales for Darjeeling Tea**Quantity B:** The 75th percentile (Q3) of Sales for Green Tea#### Answer- **Quantity A is greater**This exercise helps in understanding the comparative sales performance of different tea products and making informed decisions based on statistical data representations.

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Description: ### Would you like a cup of tea?Carole and Julius are getting ready to open a new cafe and are gathering up information about sales of different drinks in their state. They obtained data containing the yearly sales (in \$1000s) for three types of te

From the given box plot . We make the correct conclusion.

Math

Statistics

Would you like a cup of tea? - Carole and Julius are getting ready to open a new cafe and are gathering up information about sales of different drinks in their state. They obtain data containing the yearly sales (in $1000s) for three types of tea: Darjeeling, Earl Grey, and Green Tea. A boxplot of the data and a histogram of the sales for all three teas combined is shown below. Note: Clicking on any image in this problem will open it in a new window, allowing you to enlarge the view. Tea Sales by Product Combined Tea Sales Darjeeling Earl Grey Green Tea 100 200 300 400 Product Sales in $1000 Part 1: Use the plots above to make quantitative comparisons and answer the following questions: Quantity A: The 75th percentile (Q3) of Sales for Darjeeling Tea Quantity B: The 75th percentile (Q3) of Sales for Green Tea Quantity A is greater Sales in $1000 100 200 300 Frequency 200 300

Would you like a cup of tea? - Carole and Julius are getting ready to open a new cafe and are gathering up information about sales of different drinks in their state. They obtain data containing the yearly sales (in $1000s) for three types of tea: Darjeeling, Earl Grey, and Green Tea. A boxplot of the data and a histogram of the sales for all three teas combined is shown below. Note: Clicking on any image in this problem will open it in a new window, allowing you to enlarge the view. Tea Sales by Product Combined Tea Sales Darjeeling Earl Grey Green Tea 100 200 300 400 Product Sales in $1000 Part 1: Use the plots above to make quantitative comparisons and answer the following questions: Quantity A: The 75th percentile (Q3) of Sales for Darjeeling Tea Quantity B: The 75th percentile (Q3) of Sales for Green Tea Quantity A is greater Sales in $1000 100 200 300 Frequency 200 300

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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