The upward lift on an aircraft wing is directly proportional to the atmospheric density. all other factors aside, will the upward lift on an aircraft wing increase or decrease as it gains altitude? explain, using concepts discussed in chapter 1 regarding the vertical structure of our atmosphere.

upward lift on an aircraft wing decreases as it gains altitude.

Explanation:

The governing equation of the Bernoulli's Principle is:

where:

P = pressure of the fluid

g = acceleration due to gravity

density of fluid

v = velocity of the fluid

z = height of fluid from the datum

But the lift force on the wings depends upon several aerodynamic factors given mathematically as:

where:

cl = experimental constant

density of air

A = area of wing

v = velocity of the air

As we move up in the atmosphere the density of air reduces and thus the force of lift will eventually decrease, that is the reason why airplanes have a flight ceiling, an altitude above which it cannot fly.

gravititional force is a force that is acting around you, it is non-contactable and it is a force that pulls you to the core of the earth.

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i believe the answer would be:

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