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Mathematics 12 Online
OpenStudy (luigi0210):

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OpenStudy (luigi0210):

An airplane is flying at a fixed altitude of \(one~mile\), at the constant rate of \(525 mi/hr \). A radar station on the ground is tracking the path of the airplane. At the instant when the airplane is \(two~miles\) past the point directly above the radar station, what is the rate at which the distance from the station to the plane is changing?

OpenStudy (math&ing001):

|dw:1395166461720:dw|

OpenStudy (ipwnbunnies):

|dw:1395166909735:dw| We need the distance first b4 we can do some awesome calculus.

OpenStudy (hoblos):

|dw:1395166963582:dw| at time t: y: distance between station and plane x: distance between station and horizontal projection of the plane y2 = x2 + 1 y2 - x2 = 1 differentiate both sides with respect to t 2yy' - 2xx' = 0 "At the instant when the airplane is two miles past the point directly above the radar station" x'=525mi/hr. constant x = 2 miles y = radical(5) you can get y'

OpenStudy (luigi0210):

Thank you guys :)

OpenStudy (hoblos):

any time :)

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