A plane flies with velocity v = (220, 90, 10) km/h. A wind is blowing out of the northeast with velocity w = (-30, -30, 0) km/h. (a) Express the wind vector as a sum of vectors, one parallel to the plane's velocity, one perpendicular to it. (b) Is the parallel part of the wind blowing with or against the plane? (c) If we account for both v and w, what is the direction vector that describes the actual motion of the plane?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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A plane flies with velocity v = (220, -90, 10) km/h. A wind is blowing out of the northeast
with velocity w = (-30, -30, 0) km/h.
(a) Express the wind vector as a sum of vectors, one parallel to the plane's velocity, one perpendicular
to it.
(b) Is the parallel part of the wind blowing with or against the plane?
(c) If we account for both v and w, what is the direction vector that describes the actual motion of
the plane?
Transcribed Image Text:A plane flies with velocity v = (220, -90, 10) km/h. A wind is blowing out of the northeast with velocity w = (-30, -30, 0) km/h. (a) Express the wind vector as a sum of vectors, one parallel to the plane's velocity, one perpendicular to it. (b) Is the parallel part of the wind blowing with or against the plane? (c) If we account for both v and w, what is the direction vector that describes the actual motion of the plane?
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