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Write a C program that will present a menu with four options: 1. Traveling to the Moon 2. Traveling to Mars 3.Traveling to Venus 4. Exit program. You will ask the user for the traveling speed after the user has chosen options 1, 2 or 3. Your program must keep presenting the menu until the user chooses option 4. Run your program with the following speeds: 100 km/h (car), 500 km/h (airplane), and 41000 km/h (rocket).

Write a C program that will present a menu with four options: 1. Traveling to the Moon 2. Traveling to Mars 3.Traveling to Venus 4. Exit program. You will ask the user for the traveling speed after the user has chosen options 1, 2 or 3. Your program must keep presenting the menu until the user chooses option 4. Run your program with the following speeds: 100 km/h (car), 500 km/h (airplane), and 41000 km/h (rocket).

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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*DONOT USE CHATGPT, please put comments so i can understand. It’s a C language program with algorithm.
Problem 2: Let's assume that you could travel to the Moon by car traveling at 100 km/h. How long would that take to get there? How about going to Mars or Venus? If you go there by rocket with a higher speed, it would obviously take less time. To solve this problem you will need to write three user-defined functions, one for each destination. Each of the functions will take the traveling speed in km/h as the argument and give the time (in hours) it will take to get to the destination. Note that because there are minimum (perigee) and maximum (apogee) distances between the Earth, the Moon, Mars and Venus, you will need to calculate the minimum and maximum travel times so the three functions will each produce two results. Distances: Earth to Moon > Perigee: 363,104 km. Apogee: 405,696 km Earth to Mars > Perigee: 54.6 million km. Apogee: 401 million km Earth to Venus > Perigee: 38 million km. Apogee: 261 million km Write a C program that will present a menu with four options: 1. Traveling to the Moon 2. Traveling to Mars 3. Traveling to Venus 4. Exit program. You will ask the user for the traveling speed after the user has chosen options 1, 2 or 3. Your program must keep presenting the menu until the user chooses option 4. Run your program with the following speeds: 100 km/h (car), 500 km/h (airplane), and 41000 km/h (rocket).
Transcribed Image Text:Problem 2: Let's assume that you could travel to the Moon by car traveling at 100 km/h. How long would that take to get there? How about going to Mars or Venus? If you go there by rocket with a higher speed, it would obviously take less time. To solve this problem you will need to write three user-defined functions, one for each destination. Each of the functions will take the traveling speed in km/h as the argument and give the time (in hours) it will take to get to the destination. Note that because there are minimum (perigee) and maximum (apogee) distances between the Earth, the Moon, Mars and Venus, you will need to calculate the minimum and maximum travel times so the three functions will each produce two results. Distances: Earth to Moon > Perigee: 363,104 km. Apogee: 405,696 km Earth to Mars > Perigee: 54.6 million km. Apogee: 401 million km Earth to Venus > Perigee: 38 million km. Apogee: 261 million km Write a C program that will present a menu with four options: 1. Traveling to the Moon 2. Traveling to Mars 3. Traveling to Venus 4. Exit program. You will ask the user for the traveling speed after the user has chosen options 1, 2 or 3. Your program must keep presenting the menu until the user chooses option 4. Run your program with the following speeds: 100 km/h (car), 500 km/h (airplane), and 41000 km/h (rocket).
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