Answer:
1244.3 square units
Step-by-step explanation:
The area of a composite figure can be found by decomposing it into its parts, then adding the areas of those parts. This figure can be decomposed into a square of side length 22 units, and two circles, each with radius 11 units.
<h3>Square</h3>
The area of a square is the square of its side length.
A = s²
A = 22² = 484 . . . . square units
<h3>Circles</h3>
The area of a circle is given by the formula ...
A = πr²
A = π(11²) = 121π
The area of the two circles is twice this value, or ...
2A = 2(121π) = 242π ≈ 760.3 . . . . square units
<h3>Total</h3>
The area of the figure is the sum of the areas of its parts:
total area = square area + area of circles
total area = 484 +760.3 = 1244.3 . . . . square units
Answer:
Pretty sure it is D.
Step-by-step explanation:
How I think the narrator was thinking: I mean, yes, its a wedding on Saint Patricks, but you still need to dress appropriatley (its a wedding)
Answer:
Angle A < Angle C < Angle B
CD<DE<CE
Step-by-step explanation:
Angles and the sides across from them have a specific relationship. Th smaller the angle or openness then the smaller the side. The larger the angle the larger the side. Since Angle A opposite side is 10 it is smaller than Angle B whose opposite side is 20. Since Angle C's opposite side is between the two, you can conclude that Angle A < Angle C < Angle B.
We can do the same for the other triangle knowing Angle D is 61 and Angle DCE is 60 (vertical angle theorem). Since a triangle's angles add to 180 then 180-61-60=59. Angle E is 59 degrees and since it is the smallest will have the smallest side CD. Angle DCE is the next largest and its oppposite side of DE will next followed by CE. You can conclude that CD<DE<CE
150 degrees
hope this helps
