Points A , B , and P are collinear points along a hillside. A blimp located at point Q is directly overhead point . Points A and B are 200 yd apart, and the angle of elevation (relative to the horizontal) from B to the blimp is 48 ° . The angle of elevation from point A farther down the hill to the blimp is 44 ° . a. To the nearest yard, approximate the distance between point A and the blimp and the distance between point B and the blimp. b. Find the exact height of the blimp relative to ground level (distance between P and Q ). c. Approximate the height from part (b).
Points A , B , and P are collinear points along a hillside. A blimp located at point Q is directly overhead point . Points A and B are 200 yd apart, and the angle of elevation (relative to the horizontal) from B to the blimp is 48 ° . The angle of elevation from point A farther down the hill to the blimp is 44 ° . a. To the nearest yard, approximate the distance between point A and the blimp and the distance between point B and the blimp. b. Find the exact height of the blimp relative to ground level (distance between P and Q ). c. Approximate the height from part (b).
Points
A
,
B
,
and
P
are collinear points along a hillside.
A
blimp located at point
Q
is directly overhead point . Points
A
and
B
are
200
yd
apart, and the angle of elevation (relative to the horizontal) from
B
to the blimp is
48
°
. The angle of elevation from point
A
farther down the hill to the blimp is
44
°
.
a. To the nearest yard, approximate the distance between point
A
and the blimp and the distance between point
B
and the blimp.
b. Find the exact height of the blimp relative to ground level (distance between
P
and
Q
).
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