1. A reduced-gravity aircraft is an aircraft for training astronauts that provides short near- weightless environments by following a parabolic flight path relative to the center of the Earth. In the instant shown, the plane's speed v is 1000 km/h and is decreasing at the rate of 15 km/h each second. If the radius of curvature p is 1.5 km at this point, calculate the x- and y- components of the plane's acceleration when 0-30°. (*
1. A reduced-gravity aircraft is an aircraft for training astronauts that provides short near- weightless environments by following a parabolic flight path relative to the center of the Earth. In the instant shown, the plane's speed v is 1000 km/h and is decreasing at the rate of 15 km/h each second. If the radius of curvature p is 1.5 km at this point, calculate the x- and y- components of the plane's acceleration when 0-30°. (*
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Transcribed Image Text:1. A reduced-gravity aircraft is an aircraft for training astronauts that provides short near-
weightless environments by following a parabolic flight path relative to the center of the Earth. In
the instant shown, the plane's speed v is 1000 km/h and is decreasing at the rate of 15 km/h each
second. If the radius of curvature p is 1.5 km at this point, calculate the r- and y- components of
the plane's acceleration when 0=30°. (
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