(Step-by-Step) An aircraft crashes into a hill rising at 12^0 at an airspeed of 88 knots. The estimated flight path angle is 8 degrees, with the fuselage
Question: An aircraft crashes into a hill rising at \({{12}^{0}}\) at an airspeed of 88 knots. The estimated flight path angle is 8 degrees, with the fuselage at \({{4}^{0}}\) nose below the horizon. What are the velocities parallel to impact surface and perpendicular to impact surface?
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![[All Steps] An aircraft crashes in a](/images/solutions/MC-solution-library-30021.jpg "[All Steps] An aircraft crashes in a level meadow. The accident investigators")
[All Steps] An aircraft crashes in a level meadow. The accident investigators
![[See Solution] An aircraft crashes into a](/images/solutions/MC-solution-library-30022.jpg "[See Solution] An aircraft crashes into a 6-degree inclining slope.")
[See Solution] An aircraft crashes into a 6-degree inclining slope.
![[Solution] The crash dynamics have caused a](/images/solutions/MC-solution-library-30023.jpg "[Solution] The crash dynamics have caused a resultant acceleration")
[Solution] The crash dynamics have caused a resultant acceleration
Solution: A helicopter traveling at 56 knots crashes into an
(Step-by-Step) An aircraft crashes on top of a small mesa and
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