Question Solved1 Answer You are a newly hired air-traffic controller in the town of Newton. An aircraft pilot, under your observation, must reach the town of Euclid, 2000 km east of Newton, in exactly 4 hours. There is a wind coming from the south at a bearing of [N 28° E] at a speed of 47 km/h. Determine a plan that will direct the pilot in the correct direction and arrive on time.

HOPPXY The Asker · Physics

Transcribed Image Text: You are a newly hired air-traffic controller in the town of Newton. An aircraft pilot, under your observation, must reach the town of Euclid, 2000 km east of Newton, in exactly 4 hours. There is a wind coming from the south at a bearing of [N 28° E] at a speed of 47 km/h. Determine a plan that will direct the pilot in the correct direction and arrive on time.
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Transcribed Image Text: You are a newly hired air-traffic controller in the town of Newton. An aircraft pilot, under your observation, must reach the town of Euclid, 2000 km east of Newton, in exactly 4 hours. There is a wind coming from the south at a bearing of [N 28° E] at a speed of 47 km/h. Determine a plan that will direct the pilot in the correct direction and arrive on time.
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vec(V)_(a) - velocity of aincraft or relative to eathvec(V)_(w)- " " wind{:[ vec(V)_("aw ")= vec(V)_(a)- vec(V)_(omega)],[ vec(V)_(a)=(2000)/(4)(km)/(h) hat(ı)]:}{:[ vec(V)_(a)=500(km)/(h) hat(ı)],[ vec(v)_(w)=47 cos 28 hat(ı)+47 sin 28 hat(ȷ)],[ vec(V)_(w)=41.5(km)/(h) hat(ı)+ ... See the full answer