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Part A: describe how you can decompose this shape into triangles. (2 points) Part B: what would be the area of each triangle? (5 points) Part C: using the answers above, determine the area of the tables surface. (3 points)

Part A Describe How You Can Decompose This Shape Into Triangles 2 Points Part B What Would Be The Area Of Each Triangle 5 Points Part C Using The Answers Above class=

Sagot :

Answer:

Part A: Describe how you can decompose this shape into triangles: If you draw a line from each vertex to the vertex at the opposite side of the hexagon, you will form 6 triangles.

Part B: What would be the area of each triangle: 62.4

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Part C: Using your answers above, determine the area of the table's surface: 374 .4

Step-by-step explanation:

Part A: Describe how you can decompose this shape into triangles: If you draw a line from each vertex to the vertex at the opposite side of the hexagon, you will form 6 triangles.

Part B: What would be the area of each triangle: bxh /2

12 x 10.4 /2

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Part C: Using your answers above, determine the area of the table's surface:  374.4

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