Question

Two weather tracking stations are on the equator 165 miles apart. A weather balloon is located on a bearing of N 40°E from the western station and on a bearing of N 22°E from the eastern station. How far is the balloon from the western station?

Answer 1

The distance from balloon to the western station is 495 miles.

Step-by-step explanation:

The distance between two weather stations are 165 miles.

The angle of the regular triangle bearing from the western station is given by

90° - 40° = 50°

The angle of the regular triangle bearing from the eastern station is given by

90° + 22° = 112°

The angle of the balloon is given by

180° - 50° - 112° = 18°

Now, to find the distance of the balloon from the western station, let us use the law of sines formula,

`(a)/(sin a) = (b)/(sin b)`

Let us substitute the values.

Where
`a=x, sin a= sin 112` and
`b=165, sin b = sin 18`

Thus, we have,

`(x)/(sin 112) =(165)/(sin 18)`

Multiplying both sides of the equation by sin 112, we get,

`x=sin 112((165)/(sin 18) )`

Simplifying, we have,

`x=0.9272(533.98)\\x=495`

Thus, the distance from balloon to the western station is 495 miles.