which of the following can be used with a dodecagon (12 sided polygon) to create a tesellation:?
967111
Square and regular hexagon together \n\nEach decagon is surrounded on each alternate side by a square and a hexagon\n\nAlternately instead of the regular hexagon you could put 6 equilateral triangles tesselated into a regular hexagon or a combination of hexagons and equilateral triangles.
175375
Infinite is the correct answer. Just imagine a triangle. It has three sides. Add another and you have a rectangle. One more for a pentagon. keep going until you have an infinite number of sides and viola... a circle.
457243
octagon\nholy water\nsilence
987754
Actually the only way it would be possible is if you use Elliptic or Riemannian geometry, and would require a manifold.  A representation of such a construct would be similar to drawing a 4 dimensional shape in 3 or even 2 dimensions.\n\nEuclidian geometry doesn't allow triangles with a sum of all angles to be greater than 180 degrees.
999307
(a) You can flip a hexagon horizontally or vertically across a line, and you'll end up with the same hexagon.\n(b) Assuming that point is in the middle, every 60° you'll have the same hexagon.\n(c) Rotate it 30° from the center and the hexagon will appear rotated.\n(d) 120° is a multiple of 60°.\n\nThe answer is C.
128959
uuuuuhhhhhh, no. a polygon is a MULTI-SIDED figure. hence the POLY prefix, meaning many.
659736
Not a site, but I suggest you invest in something called Mathcad.\nTeach, please note, it is a site not a sight! Unless you were 'looking' for the answer... sorry!
948147
pentagon, doesn't matter the length of each side\n5-sided is pentagon
800499
a hexangle would be 6 degrees or an offset of 6 degrees if you are speaking of a tool or a deflection.\n-------\nIf you are speaking of a hexagon:\n\nAll regular polygons have a total of 360 degrees for their center  angles, and all are equal.\n\n360/6=60 degrees.\n----------\n\nThe sum of the angles of a triangle is 180 degrees.\n\nSo each segment of the hexagon will form a triangle with the center point which is an isosceles triangle, with an apex angle of 60. The other two angles will be equal as they are opposite sides of equal length, and they will total 180-60=120. The three angles of the triangle will be 60, 60 and 60, so we know it is also an equilateral triangle.\n\nThe angle between one segment of the side of the hexagon and the next will then have to be 2x60=120 degrees because all the segments will be the same.
185652
since your ddoing coordinate geometry you should at least tell what shape you're trying to get.\nI'm assuming it's a parallelogram so u should make it (1,8)
495863
Dodecagon is correct ... here's all of them and why:
865909
Use clay and then you'll be able to form the 3d shapes
1092713
triskaidecagon\n\nor a 13-sided polygon, haha.\n\nCheck the source for polygon names from 1-20 sides  :)
633697
a heptagon is also known as a septagon, and it has seven sides.  \n\nthe angle used to construct a regular heptagon is 128.57 degrees.\n\nhere is a picture of a heptagon.  if you print it and measure each inner angle with your protractor, it will prove the angle of the dangle.\n\nhow is this angle derived?\n\na = (n-2 ) X (360 / (n x 2))\n\nwill give you the inner-angle for any regular polygon with n sides.\n\ntriangle (3 sides)\n\n3-2 X 360/(3 x 2)\n1 X 360/6\n1 X 60\n60 degrees\n\nsquare (4 sides)\n\n4-2 X 360 / (4 X 2)\n2 X 360/8\n2 X 45\n90 degrees
1052606
A minimum of 3 - where the three polygons are all equilateral triangles.\nIf they are all different, then a minimum of 5 - a regular pentagon.\n\nThe maximum number of sides which the largest polygon could have is ∞ that is a circle.\n\nThe limiting factor (assuming we are talking 2 dimensions) is that the sum of the internal angles does not exceed 360°.\nThe circle's internal angle approaches 180°. the other two regular polygons could be two squares or an equilateral triangle with either another triangle, a square or a regular pentagon.
873146
A tetracontakaidigon.\n\nTetraconta (tens - four of them)\n - kai - (and)\n - di -  (ones - two of them)\n - gon  (final suffix)\n\nhttp://en.wikipedia.org/wiki/Polygon  \nSite tells you how to construct the names of any polygon with more than 20 and less than 100 sides.
787617
(m)\n\n14 sides: tetradecogon