A kiteboarder is using a kite to generate a force on a windy day. The area of the kite is A = 4 m2. The wind speed is v = 9 m/s. The density of air is ρ = 1.29 kg/m3. If the kite is designed such that the air is stationary on the inner surface, how much force can the kiteboarder expect the kite to generate? A kiteboarder is using a kite to generate a force on a windy day. The area of the kite is A = 4 m². The wind speed is v = 9 m/s.3The density of air is p = 1.29 kg/m³. If the kite is designed such that the air is stationary on the inner surface, how much forcecan the kiteboarder expect the kite to generate?O 56.24N208.98 N13.06 NO 48.24N

Given:The area of the kite, A = 4 m2The wind speed, v=9 m/sThe density of air, ρ = 1.29 kg/m3

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Chapter15: Fluid Mechanics

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A kiteboarder is using a kite to generate a force on a windy day. The area of the kite is A = 4 m². The wind speed is v = 9 m/s. The density of air is ρ = 1.29 kg/m³. If the kite is designed such that the air is stationary on the inner surface, how much force can the kiteboarder expect the kite to generate?

A kiteboarder is using a kite to generate a force on a windy day. The area of the kite is A = 4 m². The wind speed is v = 9 m/s.
3
The density of air is p = 1.29 kg/m³. If the kite is designed such that the air is stationary on the inner surface, how much force
can the kiteboarder expect the kite to generate?
O 56.24N
208.98 N
13.06 N
O 48.24N

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