For an aircraft to be listed in the Purchase Planning Handbook, a production-conforming article must have flown by March 1 of this year. The dimensions, weights and performance characteristics of each model listed are representative of the current- production aircraft being built or for which a t...
modeled by introducing a whole series of connected intermediate nodes and running a shortest-path algorithm to determine the best route to get between distinguished nodes (the cities); this also allows one to model there being different speeds for take-off and for landing and for cruising. And ...
Understand each element of the lift equation. L signifies lift force, measured in Newtons; ρ signifies air density, measured in kilograms per cubic meter; v2signifies true airspeed squared, which is the square of the speed of the helicopter relative to the oncoming air, expressed in meters per...
Pilots are required to calculate the landing distance before commencing their approach. The landing distance is affected by things like aircraft weight, runway conditions, winds, air density, flap setting, etc, so the distance is never the same. The landing distance of the aircraft is known as ...
The manufacturer’s specifications are used to calculate speed information for specific aircraft, so you can rest assured that the information you read is accurate. Table of Contents [hide] How Fast Airplanes Can Fly is Dependent on the Type and Purpose of the Plane It doesn’t matter if ...
But if you are on higher altitudes, you can fetch more time to calculate and execute what’s supposed to be done to save the passengers. What Happens When A Plane Flies Too High? An aircraft too high is at the same risk as Icarus. It’s similar to the boy who flew so close to th...
theMathematical Aerodynamics Descriptionwhich is used by aeronautical engineers. This description uses complex mathematics and/or computer simulations to calculate the lift of a wing. These are design tools which are powerful for computing lift but do not lend themselves to an intuitive understanding of...
Note: if somebody wanted to improve the calculations made, it would be a good idea to calculate the amount of energy needed to keep the batteries at an optimal temperature, efficiency between charges, and the weight of the equipment needed to build a large, saf...
From here, it’s straightforward (for anyone who has taken some basic chemistry) to calculate the fuel air mixture for complete combustion. Suppose I have a cubic centimeter (abbreviated “cc”; about 1/15th of a tablespoon) of liquid avgas. How much air would be required for complete com...
from Chapter 1 / Lesson 3 101K Distance is the measure in a straight line of how far something has traveled, and can be used to calculate speed when time is also known. Learn the equation used to calculate average speed through a se...