A 5,000 kg airplane at rest reaches a take-off speed of 75 m/s after accelerating down a horizontal runway for 1.25 km. Calculate the average acceleration and average net force exerted on the airplane. For this problem: Draw a diagram of the motion Draw a free body diagram. Write your N2 Law equation List your kinematics variables Solve the algebraic equation using variables. Plug in your information and solve.
A 5,000 kg airplane at rest reaches a take-off speed of 75 m/s after accelerating down a horizontal runway for 1.25 km. Calculate the average acceleration and average net force exerted on the airplane. For this problem: Draw a diagram of the motion Draw a free body diagram. Write your N2 Law equation List your kinematics variables Solve the algebraic equation using variables. Plug in your information and solve.
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A 5,000 kg airplane at rest reaches a take-off speed of 75 m/s after accelerating down a horizontal runway for 1.25 km. Calculate the average acceleration and average net force exerted on the airplane.
For this problem:
Draw a diagram of the motion
Draw a free body diagram.
Write your N2 Law equation
List your
Solve the algebraic equation using variables.
Plug in your information and solve.
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