Answer:
Step-by-step explanation:
Assume that B is directly above A.
x = horizontal distance between Charlie and balloons
= 1400/tan(60°)
altitude of B = x·tan(82°) ≅ 5751 ft
distance between A and B = 5751-1400 = 4351 ft, which doesn't fit any of the choices. So my initial assumption was incorrect.
Is there any other information? A picture?
The distance between balloon A and balloon B is 1005 feet if Charlie is watching hot air balloons Balloon A has risen at a 60° angle Balloon B has risen at an 82 angle option second 1005 feet is correct.
Trigonometry is a branch of mathematics that deals with the relationship between sides and angles of a right-angle triangle.
The question is incomplete.
The complete question is in the picture, please refer to the attached picture.
We have:
Charlie is watching hot air balloons Balloon A has risen at a 60° angle Balloon B has risen at an 82 angle
In right angle triangle ACD,
tanx = AC/CD
tan60 = 1400/CD
CD = 808.3
In triangle BDE,
tany = BE/DE
tan82 = 1400/DE
DE = 196.8
The distance between balloon A and balloon B:
= CD + DE
= 808.3 + 196.8
= 1005 Feet
Thus, the distance between balloon A and balloon B is 1005 feet if Charlie is watching hot air balloons Balloon A has risen at a 60° angle Balloon B has risen at an 82 angle option second 1005 feet is correct.
Learn more about trigonometry here:
brainly.com/question/26719838
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