physics
posted by ryan .
Two radar stations A and B, are separated by horizontal distance of (a=500 metres), they both track the position of a plane C by recording angles (alpha), and (beta) at 1 second intervals.
time (sec) 9 10 11
the angle A(alpha) 54.80 54.06 53.34
the angle B (beta) 65.59 64.59 63.62
Note: angles given in degrees
If three successive readings are shown in the table
calculate the speed v of the plane and the climb angle at time t=10 seconds.
the coordinates of the plane can be shown to be as follows,
x =a*(tan(beta))/(tab(beta) tan(alpha))
y =a*((tan(alpha)*tan(beta))/(tan(beta)tan(alpha))
here x and y give the normal coordinates
from the first station. we need to find a function in terms of (alpha,Beta)by using calculus then substitute into this
values of alpha,beta when t=10 sec.
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