The length from the center of a wind turbine to the tip of one of its blades measures 32 meters. What is the approximate distance the tip of the blade will travel in one revolution of the wind turbine?

The length from the center of a wind turbine to the tip of one of its blades measures 32 meters.  What is the approximate distance the tip of the blade will travel in one revolution of the wind turbine? The length from the center of a wind turbine to the tip of one of its blades measures 32 meters.  What is the approximate distance the tip of the blade will travel in one revolution of the wind turbine? The length from the center of a wind turbine to the tip of one of its blades measures 32 meters.  What is the approximate distance the tip of the blade will travel in one revolution of the wind turbine? The length from the center of a wind turbine to the tip of one of its blades measures 32 meters.  What is the approximate distance the tip of the blade will travel in one revolution of the wind turbine?

Step-by-step explanation:

the answer is 200.96 :)

Step-by-step explanation:

(b) 240

step-by-step explanation:

first, we use the pythagorean formula using the given side lengths to find x. then we use x to find the side lengths. then we add the side lengths to find the perimeter.

pythagorean theorem formula:

a^2 + b^2 = c^2

(x - 20)^2 + (x - 40)^2 = x^2

x^2 - 40x + 400 + x^2 - 80x + 1600 = x^2

x^2 -120x + 2000 = 0

(x - 100)(x - 20) = 0

x - 100 = 0 or x - 20 = 0

x = 100 or x = 20

we see that the solution x = 20 must be discarded because it will give a negative side length and a side length of 0. the only valid solution is x = 100.

perimeter = sum of the lengths of the sides

perimeter = x + x - 20 + x - 40

perimeter = 3x - 60

replace x with 100.

perimeter = 3(100) - 60

perimeter = 300 - 60

perimeter = 240

7.25

step-by-step explanation:

we know that 7 equals to 7.0. we also know that 1/4=0.25. so we can add the two together and we get 7.25