The angle of elevation to the top of the empire state building in new york is found to be 11 degrees from the ground at a distance of 1 mi from the base of the building. using this information, find the height of the empire state building.

The height of the Empire State Building is 0.1944miles (1026.43ft)

Step-by-step explanation:

This question can be answered using Trigonometry, and we can draw a sketch from the information provided. There is one attached.

From the problem's statement, we know that the angle of elevation to the top of the building from the ground is α=11°, and there is a distance of 1mi from the base of the building.

As we can see from the sketch, the given information permits us to draw a right-angled triangle and we can find the height H using trigonometric functions.

We need to remember that in a right-angled triangle, tangent function is defined as , that is, the ratio of the opposite side to the angle in question (in this case α) to the adjacent side to this angle.

The opposite side of angle α is H, and the adjacent side is the distance given, that is, 1 mile.

Looking at the sketch attached, we can see that , and that , so the height of the Empire State Building, according to this information, is H = 0.1944mi.

The value of the tangent of the angle α was rounded to tan(11°)=0.1944.

A value of tan(11°)=0.19438030913771848424...could be found in WolframAlpha's website.

To find the equivalent distance in feet, we know that there are 5280ft in a mile, so, using proportions:

⇒

, which results in 1026.43ft.

This problem could be solved also using the Law of Sines, but using more steps, and knowing that the sum of the internal angles of a rigth-angled triangle equals 180°.

first one is a: renaming a fraction. second one is c: de-c

step-by-step explanation:

my explanation is that these were the answers on edg : )

i dont understand the question? ?

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