This question is to be programed in the c language. text: computer science 3rd edition. chapters 1-4

Question 1:

Determine the total flight time, flight range, and maximum height of the projectile in flight, given the launch velocity and angle of a projectile. A rover is used to retrieve the projectile after it lands and given the speed at which it can travel determine the total time to reach the projectile.

Helpful Tips:

Use 9.80665 as the gravitational constant. Many assumptions are being made in this problem including that the projectile is launched from ground level, the terrain is flat, there is no drag attributable to the air, and it does not take any time from the rover to accelerate and maintain its given speed. You will find numerous calculators on-line against which you can compare your results that make similar assumptions. Pass by address is not a requirement of this program but you may want to consider its use when converting the time from seconds into hours, minutes, and seconds.

Example Execution #1:

Enter launch velocity (m/s): 20 Enter launch angle (degrees): 45 Enter average speed of rover (km/h): .25 

-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=- Flight Time : 0 (hrs) 00 (minutes) 2.88 (seconds) 

Flight Range : 40.789 meters Maximum Height: 10.197 meters -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=- Retrieval Time: 0 (hrs) 09 (minutes) 47.36 (seconds)