An airplane flies 370 miles from point a to point b with a bearing of 24 degrees. it then flies 240 miles from point b to point c with a bearing of 37 degrees. find the distance from point a to point c. round answer to one decimal place.

Given:

AB = 370 miles
angle A = 24 degrees
BC = 240 miles
angle B = 37 degrees 

To determine the distance from point A to C, we can use the cosine law since we are given two angles and two sides of a regular triangle. 
The angle opposite side AC is angle B which is equal to 37 degrees. 

(AC)^2 =(AB)^2 + (BC)^2 - 2(AB)(BC)cos(B)

solve for AC:

(AC)^2 =(370)^2 + (240)^2 - 2(370)(240)cos(37) 

AC = 229.48 miles.

Therefore, the distance from point A to C is 229.5 miles. 

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