Part of a tiling design is shown. The center is a regular hexagon. A square is on each side of the hexagon, and an equilateral triangle joins the squares. Complete the pattern around the hexagon and calculate the total area of the pattern.

A.
403.1 in.2004-05-02-05-00_files/i0340001.jpg
B.
503.1 in.2004-05-02-05-00_files/i0340002.jpg
C.
1,119.6 in.2004-05-02-05-00_files/i0340003.jpg
D.
1,379.4 in.2004-05-02-05-00_files/i0340004.jpg

Question

Part of a tiling design is shown. The center is a regular hexagon. A square is on each side of the hexagon, and an equilateral triangle joins the squares. Complete the pattern around the hexagon and calculate the total area of the pattern.

A.
403.1 in.2004-05-02-05-00_files/i0340001.jpg
B.
503.1 in.2004-05-02-05-00_files/i0340002.jpg
C.
1,119.6 in.2004-05-02-05-00_files/i0340003.jpg
D.
1,379.4 in.2004-05-02-05-00_files/i0340004.jpg

anonymous · Answer

all the 2004 things are ^2

welshfella · Answer

please set up a link to the pictures

anonymous · Answer

http://media.education2020.com/evresources/2092311_e89deee0-7ef9-41af-a174-a32ba571df97.png @welshfella