distance traveled = 1/2 * acceleration * time?. Consider the following code: acceleration = float (input ("Enter acceleration in feet/second/second: ")) time = float (input ("Enter seconds of acceleration: ")) goal = float (input ("Distance of goal in feet: ")) if destination_reached (acceleration, time, goal): print ("You will reach your destination") else: print ("You will NOT reach your destination") Supply the missing function. The missing function should return True if the distance traveled is greater than or equal to the goal distance and False otherwise. For example, 515.1505 feet will be covered if the acceleration is 10.1 feet/second/second and the time is 10.1 seconds. In the sample output below, a correct program is run twice. Once with a goal distance of 510 feet and once with a goal distance of 520 feet. ======= RESTART: C:\Users 579588 \Desktop\p2.py Enter acceleration in feet/second/ second: 10.1 Enter seconds of acceleration: 10.1 Distance of goal in feet: 510 You will reach your destination ========== ========= RESTART: C:\Users 57g588\Desktop\p2.py Enter acceleration in feet/second/ second: 10.1 Enter seconds of acceleration: 10.1 Distance of goal in feet: 520 You will NOT reach your destination >>> |