Icant figure it out: ( ill give all the points i have:

65%

Step-by-step explanation:

First, we find the area of the square. The side has length 24 in.

As = s^2 = (24 in.)^2 = 576 in.^2

Now we find the area of the largest circle. The radius is 8 in.

Ac = (pi)r^2 = 3.14159(8 in.)^2 = 3.14159(64 in.^2) = 201.1 in.^2

The area of the region inside the square but outside the largest circle is

As - Ac = 576 in.^2 - 201.1 in.^2 = 374.938 in.^2

The probability of landing inside the square but outside the largest circle is the area of the region inside the square but outside the largest circle divided by the area of the square.

p(outside largest circle) = (374.938 in.^2)/(576 in.^) = 0.6509 = 65%

56.6

step-by-step explanation:

the ratio of the perimeters is equal to the scale.

the ratio of the areas is equal to the square of the scale.

34 / 20 = k

a / 19.6 = k²

substituting:

a / 19.6 = (34 / 20)²

a = 19.6 (34 / 20)²

a ≈ 56.6

answer: yard ramps with a level off platform are typically 36 feet long. truck, rather than at an angle, enabling access to those pallets at the very back of the truck. if you are using your yard ramp to convert a loading dock into a drive-in door, we even at 60 inches (5 feet) high and a 30 foot ramp, the slope of the ramp will be less

step-by-step explanation: