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A pipe is to be carried around the right-angled comer of two intersecting corridors. Suppose that the widths of the two intersecting corridors are 5 feet and 8 feet (see figure below). Your objective is to find the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner. Write a program that prompts the user to input the widths of both of the hallways. The program then outputs the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner. Note that the length of the pipe is given by: length = AB + BC = (8 / sin x) + (5/ cos x), where 0 < x < pi/2. Include at least three functions to get the input, do the calculations, and show the output.

A pipe is to be carried around the right-angled comer of two intersecting corridors. Suppose that the widths of the two intersecting corridors are 5 feet and 8 feet (see figure below). Your objective is to find the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner. Write a program that prompts the user to input the widths of both of the hallways. The program then outputs the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner. Note that the length of the pipe is given by: length = AB + BC = (8 / sin x) + (5/ cos x), where 0 < x < pi/2. Include at least three functions to get the input, do the calculations, and show the output.

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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A pipe is to be carried around the right-angled corner of two intersecting corridors. Suppose that the widths of the two intersecting corridors are 5 feet and 8 feet (see figure below). Your objective is to find the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner. Write a program that prompts the user to input the widths of both of the hallways. The program then outputs the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner. Note that the length of the pipe is given by: length = AB + BC = (8 / sin x) + (5/ cos x), %3D where 0 <x < pi/2. Include at least three functions to get the input, do the calculations, and show the output. 18
Transcribed Image Text:A pipe is to be carried around the right-angled corner of two intersecting corridors. Suppose that the widths of the two intersecting corridors are 5 feet and 8 feet (see figure below). Your objective is to find the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner. Write a program that prompts the user to input the widths of both of the hallways. The program then outputs the length of the longest pipe, rounded to the nearest foot, that can be carried level around the right-angled corner. Note that the length of the pipe is given by: length = AB + BC = (8 / sin x) + (5/ cos x), %3D where 0 <x < pi/2. Include at least three functions to get the input, do the calculations, and show the output. 18
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