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well that is easy its 3 rhombuses
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∙ 11y ago
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What shapes have more sides than a pentagon?
Hexagon, heptagon, octagon, nonagon all have more sides than a pentagon
What 2 D shapes make up a cubiod?
Three pairs of congruent rectangles.
What shapes make up a net for a triangular prism?
Tow triangles and three rectangles.
What shape does 2 large triangles plus 2 small triangles make?
The answer depends on the shapes and sizes of the triangles. I can make a big triangle, a quadrilateral, pentagon, hexagon, etc up to 12 sides.
How many diamonds make up a hexagon?
6 2 triangles make up a diamond 12 tri in 2 hexagon 12/2 = 6
What two shapes make up a hexagon?
Two trapezoids can make up a hexagon.
What four shapes make up a hexagon?
Two squares Two triangles
What 2 shapes make up a hexagonal prism?
A hexagon and a rectangle.
How do you divide a hexagon into three equal parts?
This provided illustration (below) might not be terribly accurate but the three equal parts are meant to be the shapes of three rhombus'. All three lines join up in the center of the hexagon.______/ \ \/ \ \/ \____\ Hexagon divided into 3 equal rhombuses.\ / /\ / /\ /____/
What shapes have more sides than a pentagon?
Hexagon, heptagon, octagon, nonagon all have more sides than a pentagon
How many angles does a hexagon have?
A 6 sided hexagon has 6 angles that add up to 720 degrees
What 2 D shapes make up a cubiod?
Three pairs of congruent rectangles.
What shapes make up a net for a triangular prism?
Tow triangles and three rectangles.
How many triangles in an hexagon?
3 triangles make up a hexagon.
What shape does 2 large triangles plus 2 small triangles make?
The answer depends on the shapes and sizes of the triangles. I can make a big triangle, a quadrilateral, pentagon, hexagon, etc up to 12 sides.
Name of the 2d shapes up to 9 sides?
Triangle Quadrilateral Pentagon Hexagon Heptagon Octagon Nonagon
Formula for area of a hexagon?
The question does not state that it is a regular hexagon and so you may not assume that it is. Therefore, there is no simple formula because a hexagon can have very many shapes. One method would be to pick a point in the plane of the hexagon and join it to all the vertices. This divides up the hexagon into triangles. Their areas can be calculated using base and height, or three sides, or two sides and included angle - whichever you like. Finally the areas of the triangles must be combined to get the area of the hexagon.
