A tower leans at an angle of about 84.7°. the figure shows that 172 feet from the base of the tower the angle of elevation to the top is 49.8°. find the distance to the nearest foot from the base to the top of the tower

The distance from the base to the top of the tower is to the nearest foot.

What we are trying to find is how "long" the tower is.

The sine rule will be used to derive the distance from the base to the top of the tower.

First get the angle B by subtracting the angles given from 180 degrees.

So, given the sine rule formula

We can make d the subject, substitute and solve

Learn more about the sine rule: link

the distance to the nearest foot from the base to the top of the tower is 184 feet .

Step-by-step explanation:

Here we have , a tower leans at an angle of about 84.7°. the figure shows that 172 feet from the base of the tower the angle of elevation to the top is 49.8°. We need to find the distance to the nearest foot from the base to the top of the tower . Let's find out:

Let angle A = 49.8

Let Angle B = 84.7

Since the angles of a triangle must add up to 180, then

Angle C = 180-49.8-84.7 = 45.5

Now, use the law of sines to find the distance from the base to the top of the tower. That is the side of the triangle opposite Angle A. The distance of 172 feet is the side opposite Angle C. So:

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⇒

⇒

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Therefore , the distance to the nearest foot from the base to the top of the tower is 184 feet .

step-by-step explanation:

*calories burned = (weight)(calorie factor)*

calories burned = 180 (0.65)

calories burned = 117

the calories he used up is 117, which is 65% of his weight.  

all of them

step-by-step explanation:

zero eats the zero