Answer:
Downward force on top of the wings decreases.
The net lifting force on the wings increases.
Explanation:
Thinking process:
One of the essential parts of the plan is the wing. The shape of the wing affects the overall drag on the plane.
To a far away view, the wings are flat. However, the closer a person comes ti the plane, the more they see that the shape is different. The wings are curved on top. The underside is flat. This is essential because during take off, the air above the wings moves with faster velocity. The air beneath as lower velocity, hence higher lifting pressure. Thus the plane goes up.
In the air, there is no upward lifting as the plane is steady. Hence there will be a cancellation of forces. Generally, the upward lifting force is higher than the downward force on top of the wings. This results in a plane staying afloat in air.
As the upward speed of the jet increases, the downward force of the air increases.
As the speed of the jet increases, the net force increases.
This is the opposition to the upward motion of an object projected into the air.
As the upward speed of the jet increases, the downward force of the air increases because action and reaction are equal and opposite (Newton's third law).
The net lift force is the difference between the upward force and the downward force of the air.
[tex]F_{net} = F_u - F_d\\\\F_{net} = \frac{mv}{t}[/tex]
As the speed of the jet increases, the net force increases.
Learn more about air resistance on jet here: https://brainly.com/question/11558148
