When traveling through a gas, the speed of sound depends primarily on the density of the medium. The less dense the medium, the faster the speed will be. The following table shows the approximate speed of sound at 0 degree celsius, measured in meters per second, when traveling through carbon dioxide, air, helium, and hydrogen. Medium Speed (meters per sec.) Carbon dioxide 258.0 Air 331.5 Helium 972.0 Hydrogen 1270.0 Write a program that displays a menu allowing the user to select one of these 4 gases. After a valid selection has been made, the program should ask the user to enter the number of seconds (0 to 30) it took for the sound to travel in this medium from its source to the location at which it was detected. The program should then report how far away (in meters) the source of the sound was from the detection location.
When traveling through a gas, the speed of sound depends primarily on the density of the medium. The less dense the medium, the faster the speed will be. The following table shows the approximate speed of sound at 0 degree celsius, measured in meters per second, when traveling through carbon dioxide, air, helium, and hydrogen. Medium Speed (meters per sec.) Carbon dioxide 258.0 Air 331.5 Helium 972.0 Hydrogen 1270.0 Write a program that displays a menu allowing the user to select one of these 4 gases. After a valid selection has been made, the program should ask the user to enter the number of seconds (0 to 30) it took for the sound to travel in this medium from its source to the location at which it was detected. The program should then report how far away (in meters) the source of the sound was from the detection location.
Programming Logic & Design Comprehensive
9th Edition
ISBN:9781337669405
Author:FARRELL
Publisher:FARRELL
Chapter4: Making Decisions
Section: Chapter Questions
Problem 15RQ
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