Relative to a nonrotating, Earth-centered Cartesian coordinate system, the ve- locity of a spacecraft is v = −4î+3j – 5k (km/s) and the unit vector in the direction of the radius r is ûr = 0.26726î+0.53452j+0.80178k. Calculate (a) the radial component of the velocity ur, (b) the azimuth component of the velocity v₁, and (c) the flight path angle y.

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Relative to a nonrotating, Earth-centered Cartesian coordinate system, the ve-
locity of a spacecraft is v = −4î+33 – 5k (km/s) and the unit vector in the direction of
the radius r is û = 0.26726î+0.534523+0.80178k. Calculate (a) the radial component
of the velocity vr, (b) the azimuth component of the velocity v₁, and (c) the flight path
angle y.
Transcribed Image Text:Relative to a nonrotating, Earth-centered Cartesian coordinate system, the ve- locity of a spacecraft is v = −4î+33 – 5k (km/s) and the unit vector in the direction of the radius r is û = 0.26726î+0.534523+0.80178k. Calculate (a) the radial component of the velocity vr, (b) the azimuth component of the velocity v₁, and (c) the flight path angle y.
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