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1. Write a program that computes the area of each color in an archery target. For simplicity, we will consider a simple circular archery target consisting of the colors (in order from inside to outside): yellow, red, blue, black, and white. We also assume that each color in the target is equal 'width'. You must prompt the user for a radius (in cm) of the entire target and report the following information: a. The area of each colored section. Output only four decimal places. b. The percentage (using DecimalFormat) of each colored section (compared to the area of the entire target). You must output the information, in color order, according to the following example. The color yellow has area 3.1416 cm^2 with 4% of the total area.

1. Write a program that computes the area of each color in an archery target. For simplicity, we will consider a simple circular archery target consisting of the colors (in order from inside to outside): yellow, red, blue, black, and white. We also assume that each color in the target is equal 'width'. You must prompt the user for a radius (in cm) of the entire target and report the following information: a. The area of each colored section. Output only four decimal places. b. The percentage (using DecimalFormat) of each colored section (compared to the area of the entire target). You must output the information, in color order, according to the following example. The color yellow has area 3.1416 cm^2 with 4% of the total area.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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1. **Write a program that computes the area of each color in an archery target.** For simplicity, we will consider a simple circular archery target consisting of the colors (in order from inside to outside): yellow, red, blue, black, and white. We also assume that each color in the target is equal 'width.' You must prompt the user for a radius (in cm) **of the entire target** and report the following information: a. The area of each colored section. Output only four decimal places. b. The percentage (using `DecimalFormat`) of each colored section (compared to the area of the entire target). You must output the information, in color order, according to the following example. ``` The color yellow has area 3.1416 cm^2 with 4% of the total area. ``` **Diagram explanation:** - The image shows a circular archery target with five concentric rings. - The colors from the innermost to the outermost ring are yellow, red, blue, black, and white. Each subsequent ring extends the target with equal widths.
Transcribed Image Text:1. **Write a program that computes the area of each color in an archery target.** For simplicity, we will consider a simple circular archery target consisting of the colors (in order from inside to outside): yellow, red, blue, black, and white. We also assume that each color in the target is equal 'width.' You must prompt the user for a radius (in cm) **of the entire target** and report the following information: a. The area of each colored section. Output only four decimal places. b. The percentage (using `DecimalFormat`) of each colored section (compared to the area of the entire target). You must output the information, in color order, according to the following example. ``` The color yellow has area 3.1416 cm^2 with 4% of the total area. ``` **Diagram explanation:** - The image shows a circular archery target with five concentric rings. - The colors from the innermost to the outermost ring are yellow, red, blue, black, and white. Each subsequent ring extends the target with equal widths.
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