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During a portion of a vertical loop, an airplane flies in an arc of radius ρ = 605 m with a constant speed v = 465 km/h. when the airplane is at a, the angle made by v with the horizontal is β = 35°, and radar tracking gives r = 813 m and θ = 21°. calculate vr, vθ, ar, and theta overscript two-dots endscripts for this instant.

User Illy
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1 Answer

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Answer is 96.2 m/s : 55.6 m/s : 10.29 m/s² : ∅ 0.039 rad/s²

Solution attached.


During a portion of a vertical loop, an airplane flies in an arc of radius ρ = 605 m-example-1
During a portion of a vertical loop, an airplane flies in an arc of radius ρ = 605 m-example-2
During a portion of a vertical loop, an airplane flies in an arc of radius ρ = 605 m-example-3
During a portion of a vertical loop, an airplane flies in an arc of radius ρ = 605 m-example-4
During a portion of a vertical loop, an airplane flies in an arc of radius ρ = 605 m-example-5
User Goldins
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