Problem # 3-4
In the first picture, it shows the initial speeds of the three planes. All three planes are going to travel at 600 knots for the whole path. In the second picture it shows the results of this. It is clear that the planes have crashed because of the spacing and have not arrived at the set time.
To fix this problem, the AA flight needs to be two nautical miles behind the DAL which will be moved to one nautical mile behind the UAL flight.
To fix this problem, the AA flight needs to be two nautical miles behind the DAL which will be moved to one nautical mile behind the UAL flight.
In the first picture, the flights of DAL and AAL have had their speeds changed. For one minute, the DAL flight traveled at 540 knots and the AAL flight traveled at 480 knots. This was changed to make sure the two flights become correctly spaced and do not crash. The DAL has gone 9 nautical miles in a minute and then goes the rest of the path at 600 knots. The AAL traveled at 480 knots and went 8 knots and goes the rest of the path at 600 knots.
The pictures above show that the four airplanes are not spaced out correctly and are not arriving at the target time which is 3:54. All four planes are flying at a velocity of 600 knots. To fix this problem