Answer:
2839.4 meters
Step-by-step explanation:
Given that:
Altitude = 1200 m
Using trigonometry :
The distance from point P to the airplane :
Using trigonometric relation :
Sin θ = opposite / hypotenus
Sin θ = altitude / x
Sin θ = 1200 m / x
Sin 25 = 1200 / x
0.4226182 = 1200 / x
x = 1200 / 0.4226182
x = 2839.4423
Distance from P to airplane = 2839.4 meters
Answer:it the 3rd one
Step-by-step explanation:
I done this
Answer:
4.7ft
Step-by-step explanation:
Hello, the answer would be 4.7ft because 4.7^2 is closest to 22ft^2 with it being 22.09ft^2.
Answer:
D
Step-by-step explanation:
X=-3 is a straight line that is vertical (up and down) x will always = -3
It is three units to the left of the origin, going up and down
We have a right triangle and an indicated angle of 59°. Opposite that angle is the height of the building, which we seek. Adjacent to that angle is the distance to the building, which we know is 63 feet.
We have a problem with opposite and adjacent so we use the tangent function.
tan 59° = h / 63
h = 63 tan 59° ≈ 104.8496074
Answer: 105 feet
