The distance a vehicle travels can be calculated as follows: Distance = Speed * Time For example, if a train travels 40 miles-per-hour for 3 hours, the distance traveled is 120 miles. Write a program that asks for the speed of a vehicle (in mph) and the number of hours it has traveled. Both values are assumed to be integers. It should use a loop to display the distance the vehicle has traveled for each hour of the specified time period. The following sample run shows an example of the program's output in which the user enters 40 for the vehicle's speed and 3 for the traveling time: Enter vehicle speed (in mph): 40 Enter traveling time (in hours): 3 After 1 hour (s) the distance is 40 miles. After 2 hour(s) the distance is 80 miles. After 3 hour(s) the distance is 120 miles. In the sample run shown above, look carefully at the wording of the messages and the placement of spaces and punctuation. Your program's output must match this. Input Validation • Do not accept a negative number for speed and do not accept any value less than 1 for traveling time. • If the user enters an invalid number for speed, simply repeat the prompt "Enter vehicle speed (in mph): "and read the input again. • If the user enters an invalid number for time, simply repeat the prompt "Enter traveling time (in hours): "and read the input again. For example, the following sample run shows what should happen when the user enters a negative number for speed: Enter vehicle speed (in mph): -1 Enter vehicle speed (in mph): 40 Enter traveling time (in hours): 3 After 1 hour (s) the distance is 40 miles. After 2 hour(s) the distance is 80 miles. After 3 hour(s) the distance is 120 miles. As another example, the following sample run shows what should happen when the user enters an invalid number for time: Enter vehicle speed (in mph): 40 Enter traveling time (in hours): 0 Enter traveling time (in hours) : 3 After 1 hour (s) the distance is 40 miles. After 2 hour(s) the distance is 80 miles. After 3 hour (s) the distance is 120 miles. Program Class Name: The name of your program's class should be Distance.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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The distance a vehicle travels can be calculated as follows:
Distance = Speed * Time
For example, if a train travels 40 miles-per-hour for 3 hours, the distance
traveled is 120 miles. Write a program that asks for the speed of a vehicle (in
mph) and the number of hours it has traveled. Both values are assumed to be
integers. It should use a loop to display the distance the vehicle has traveled
for each hour of the specified time period.
The following sample run shows an example of the program's output in which
the user enters 40 for the vehicle's speed and 3 for the traveling time:
Enter vehicle speed (in mph): 40
Enter traveling time (in hours): 3
After 1 hour (s) the distance is 40 miles.
After 2 hour (s)
distance is 80 miles.
After 3 hour (s) the distance is 120 miles.
the
In the sample run shown above, look carefully at the wording of the messages
and the placement of spaces and punctuation. Your program's output must
match this.
Input Validation
• Do not accept a negative number for speed and do not accept any value less
than 1 for traveling time.
• If the user enters an invalid number for speed, simply repeat the prompt
"Enter vehicle speed (in mph): "and read the input again.
If the user enters an invalid number for time, simply repeat the prompt
"Enter traveling time (in hours): "and read the input again.
For example, the following sample run shows what should happen when the
user enters a negative number for speed:
Enter vehicle speed (in mph): – 1
-
Enter vehicle speed (in mph): 40
Enter traveling time (in hours): 3
After 1 hour (s) the distance is 40 miles.
After 2 hour(s) the distance is 80 miles.
After 3 hour(s) the distance is 120 miles.
As another example, the following sample run shows what should happen
when the user enters an invalid number for time:
Enter vehicle speed (in mph): 40
Enter traveling time (in hours): 0
Enter traveling time (in hours): 3
After 1 hour (s) the distance is 40 miles.
After 2 hour(s) the distance is 80 miles.
After 3 hour(s) the distance is 120 miles.
Program Class Name: The name of your program's class should be
Distance.
Transcribed Image Text:The distance a vehicle travels can be calculated as follows: Distance = Speed * Time For example, if a train travels 40 miles-per-hour for 3 hours, the distance traveled is 120 miles. Write a program that asks for the speed of a vehicle (in mph) and the number of hours it has traveled. Both values are assumed to be integers. It should use a loop to display the distance the vehicle has traveled for each hour of the specified time period. The following sample run shows an example of the program's output in which the user enters 40 for the vehicle's speed and 3 for the traveling time: Enter vehicle speed (in mph): 40 Enter traveling time (in hours): 3 After 1 hour (s) the distance is 40 miles. After 2 hour (s) distance is 80 miles. After 3 hour (s) the distance is 120 miles. the In the sample run shown above, look carefully at the wording of the messages and the placement of spaces and punctuation. Your program's output must match this. Input Validation • Do not accept a negative number for speed and do not accept any value less than 1 for traveling time. • If the user enters an invalid number for speed, simply repeat the prompt "Enter vehicle speed (in mph): "and read the input again. If the user enters an invalid number for time, simply repeat the prompt "Enter traveling time (in hours): "and read the input again. For example, the following sample run shows what should happen when the user enters a negative number for speed: Enter vehicle speed (in mph): – 1 - Enter vehicle speed (in mph): 40 Enter traveling time (in hours): 3 After 1 hour (s) the distance is 40 miles. After 2 hour(s) the distance is 80 miles. After 3 hour(s) the distance is 120 miles. As another example, the following sample run shows what should happen when the user enters an invalid number for time: Enter vehicle speed (in mph): 40 Enter traveling time (in hours): 0 Enter traveling time (in hours): 3 After 1 hour (s) the distance is 40 miles. After 2 hour(s) the distance is 80 miles. After 3 hour(s) the distance is 120 miles. Program Class Name: The name of your program's class should be Distance.
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