How can you decompose the composite figure to determine its area?

A. as two triangles, two rectangles, and two semicircles

B. as a trapezoid, a rectangle, and two semicircles

C. as a regular hexagon, a rectangle, and two squares

D. as a trapezoid, a rectangle, and two squares

Thank you! :)

D is the correct answer. You can use cross sections. The top part is the first cross section with it being the trapezoid. Underneath the trapezoid is the rectangle which is supported by 2 smaller squares. If you want, you can draw it out and places lines to separate each shape. Hope this helps!

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mvelazcoa mvelazcoa · Answer 2 · 2019-11-26T03:47:49+01:00

mvelazcoa mvelazcoa

26-11-2019

Answer:

D. as a trapezoid, a rectangle, and two squares

Step-by-step explanation:

(image)

a is a trapezoid,

b is a rectangle,

and c and d are two squares

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How can you decompose the composite figure to determine its area? A. as two triangles, two rectangles, and two semicircles B. as a trapezoid, a rectangle, and two semicircles C. as a regular hexagon, a rectangle, and two squares D. as a trapezoid, a rectangle, and two squares Thank you! :)

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How can you decompose the composite figure to determine its area?

A. as two triangles, two rectangles, and two semicircles

B. as a trapezoid, a rectangle, and two semicircles

C. as a regular hexagon, a rectangle, and two squares

D. as a trapezoid, a rectangle, and two squares

Thank you! :)