Reference no: EM13325365

Write a program that simulates an airplane race. The program will display a table showing the speed in km/hour and distance in km traveled by two airplanes every second until one of them has gone 10 kilometers.
These are the requirements for the program:

• The program will use a function that has the following parameters: time and acceleration.
• The function will pass back two data items: speed and distance.
• Us this formula to calculate speed: speed = time * acceleration;
  (Where speed is in kilometers per second, time is in seconds, and acceleration is in meters per second².)
• Use this formula for distance: distance = 0.5 * time * time * acceleration;
  (Where distance is in kilometers)
• You don't need to ask for user input. You can just use constants for acceleration.(Use random values if you want to make the race more interesting.) The acceleration values should be between 5 and 25 meters per second²
• Do not use any global variables.
• Include a driver for testing the speed and distance function.

Hints:

• Think about pass by value vs. pass by reference when deciding how to pass a data item back in a function parameter.
• The speed calculated above is in km per second. In your table you need to display km per hour. The formula for conversion is: 1 km/h = 3600 * km/s.
• The distance calculated above is in meters. You need to display kilometers. 1 km =1000 * m.

Example Output
Here is an example where airplane A's acceleration is 5 m/s²,and airplane B's acceleration is 10 m/s²:

Time	Airplane A	Airplane A	Airplane B	Airplane B
(seconds)	Speed (km/h)	Distance (km)	Speed (km/h)	Distance (km)
1	18	0.0025	36	0.005
2	36	0.01	72	0.02
3	54	0.0225	108	0.045
4	72	0.04	144	0.08
5	90	0.0625	180	0.125
6	108	0.09	216	0.18
7	126	0.1225	252	0.245
8	144	0.16	288	0.32
9	162	0.2025	324	0.405
10	180	0.25	360	0.5
11	198	0.3025	396	0.605
12	216	0.36	432	0.72
13	234	0.4225	468	0.845
14	252	0.49	504	0.98
15	270	0.5625	540	1.125
16	288	0.64	576	1.28
17	306	0.7225	612	1.445
18	324	0.81	648	1.62
19	342	0.9025	684	1.805
20	360	1	720	2

Grading Criteria
This how you will be graded:
1. Write the prototype for the function.
2. Write the definition for the function.
3. Write a simple driver that tests the function with a time of 5 seconds.
4. Formatting and correct values in the table.