E. If your aircraft lifted off the ground at 15okts, what would be the length of the takeoff run? [ft] [Watch for unit conversions.) 5= 3,436.43 ft 1:. How much time would it take until liftoff at 15Dkts once the takeoff roll is started? [s] [You will have to algebraically solve the given formula for time 't' first.) T=2?.11 SEC D. Determine how fast the airplane should be going when it passes the luau-foot runway marker (moo feet from the start of the takeoff roll}? [kts]. [Apply the distance formula as you would for the takeoff run in Question E; however, the distance 's' is now known to be warm and the unknown is the velocity 'v'. Solve algebraically for 'v'. Don't forget that results will have to be converted into kts.} W= 30.92 kts Similar to detailing assumptions and conditions at the onset. any quantitative result of our theoretical work also requires a qualitative discussion of applicability. The important question to discuss is how accurate our result will depict the real worid. Possible errors should be identied, our certainty about results evaluated. and additional recommendations for further improvement provided. Therefore, comment on your ndings in Questions A through D. Compare your calculated takeoff distance in B with your research in Question 6. What elements did we neglect in the acceleration computed in Question A? How did it affect our further work in B through D? (see a compare also formuia given above with the calculation examples within the moduie) So we didn't look at elements off drag, weather conditions like wind, temperature or pressure altitude, as well as runway conditions. Because of this acceleration may either be greater or less depending on the condition