Observers at $P$ and $Q$ are located on the side of a hill that is inclined $32$ degrees to the horizontal. The observer at $P$ determines the angle of elevation to a hot air balloon to be $62$ degrees. At the same instant, the observer at $Q$ measures the angle of elevation to the balloon to be $71$ degrees. If $P$ is $60 $ m down the the hill from $Q$, find the distance from Q to the balloon.
2026-04-01 05:39:57.1775021997
Trigonometry Problem Solving Pls Help!!!
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Hint: Draw a picture and label the angles of elevation and the known distances. Then, if you want to use the law of sines, you would apply $\frac{a}{\sin A}=\frac{b}{\sin B}=\frac{c}{\sin C}$, but don't be too quick to rush into using the law of sines. The nice part about trig is that once you draw a picture and see what you are actually trying to find, you may be able to use several easy methods to find it! But again, definitely start by drawing a picture!!!