SOLUTION: a mountain climber has a rope 172 feet long attached to his belt being held by his partner down on the ground. the angle of elevation from the ground is 53 degrees. what is the app
Algebra ->
Triangles
-> SOLUTION: a mountain climber has a rope 172 feet long attached to his belt being held by his partner down on the ground. the angle of elevation from the ground is 53 degrees. what is the app
Log On
Question 388927: a mountain climber has a rope 172 feet long attached to his belt being held by his partner down on the ground. the angle of elevation from the ground is 53 degrees. what is the approx height of the climber from the ground Answer by ewatrrr(24785) (Show Source):
Hi,
In this example hyp = 172ft and ∠A = 53° and a is the height from the ground
sin 53° = opp/hyp = a/172ft
172ft* sin 53° = 137.365ft = a, the height from the ground