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The lifting force, F, exerted on an airplane wing varies jointly as the area, A, of the wing's surface and the square of the plane's velocity, v. The lift of a wing with an area of 250 square feet is 9,900 pounds when the plane is going at 150 miles per hour. Find the lifting force if the speed is 220 miles per hour.

Learn how to calculate the lifting force exerted on an airplane wing based on joint variation. This problem demonstrates key concepts in physics and algebra, including proportionality between wing area and velocity squared. Given a wing area of 250 square feet and initial conditions, calculate the lift at a speed of 220 miles per hour.

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