The eastward velocity of an airplane is calculated by dividing the distance traveled eastward by the time it took to travel that distance. This is known as the average velocity formula: velocity = distance/time.
The eastward velocity of an airplane can be affected by several factors, including wind speed and direction, air density, and the weight and size of the airplane. The airplane's engine power and thrust also play a significant role in determining its eastward velocity.
The eastward velocity of an airplane refers to the speed at which the airplane is moving in an eastward direction. Airspeed, on the other hand, refers to the speed at which the airplane is moving relative to the air around it. The eastward velocity of an airplane can be affected by external factors, while airspeed is solely dependent on the airplane's engine power and aerodynamics.
Yes, the eastward velocity of an airplane can be negative. This means that the airplane is moving in a westward direction. The velocity is considered negative when the airplane is traveling in the opposite direction of its designated eastward direction.
The eastward velocity of an airplane does not have a direct effect on its flight time. However, a higher eastward velocity can result in a shorter flight time due to the airplane covering a greater distance in a shorter amount of time. Weather conditions, air traffic, and other factors can also affect the overall flight time of an airplane.