Respuesta :
We first find the height of Halley's position as follows:
Let the height of Hailey's position from the horizonal ground be h, then
tan 30 = h / 300
h = 300 tan 30 = 173.2051 feet.
Thus the height of Hailey's diving partner from the horizontal ground is 173.2051 - 25 = 148.2051
Let the angle of depression from the boat to Hailey's diving partner be x, then
tan x = 148.2051 / 300 = 0.4940
Thus, x = arctan (0.4940) = 26.29
Therefore, the angle of depression from the boat to Hailey's diving partner to the nearest whole number is 26 degrees.
Answer:
34
Step-by-step explanation:sinΘ =
opp
hyp
Hailey's depth: x = 300sin30 = 150
partner's depth = 150 + 25 = 175
then, find horizontal distance
3002 = 1502 + b2
b = 150
3
then,
tanΘ =
opp
adj
x = tan-1(
175
150
3
) = 33.96