what's the difference between equiangular and equilateral triangle?
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By definition, both are the same.  An equilangular triangle is a triangle with all three angles equivalent, while an equilateral triangle is a triangle with all three sides the same length.  By geometric theorem, if all angles of a triangle are the same, then all sides are the same, and vice versa.\n\nThe term equilateral is far more used than equiangular, even though they are equivalent.\n\nhttp://72.14.203.104/search?q=cache:qgLljdKxu8oJ:mathforum.org/geopow/solutions/solution.ehtml%3Fpuzzle%3D208+equilangular+triangle+equilateral&hl=en&gl=us&ct=clnk&cd=6
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The Area of a triangle is half the area of a square. So take one verticy and take a 90degree line from that up to the other corner.\n\nOh cr@p I'm starting to forget it all now. Too long ago.\n\nIt's something like that.
644979
a) isoceles\nb) hexagon\nc) hemisphere\nD) equilateral\ne) \nf)\nG) sphere or spherical\nh)\ni)\nj) scalene\n\nthese are the ones i know. next time, do your own homework!
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Hope this helps\n\n\nhttp://argyll.epsb.ca/jreed/math9/strand3/triangle_congruent.htm\n\nhttp://mathforum.org/geopow/fullsolutions/102596.solutions.html or www.mathforum.org
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for area of any triangle---1/2*(b*h)  .... and for equilateral triangle---(square root of 3)/4 (a raise to 2) \nand volume of anything is area mult by height---i guess thats how u do it\nwhere \nb=base length\nh=height\na=side length for equilateral triangle
464336
HEPTAGON - a seven-sided polygon.\n\nTRIANGULAR PYRAMID - a pyramid with a triangular base and 3 triangular faces.\n\nSCALENE TRIANGLE - a triangle none of whose sides have equal length. The angles don't have the same measures, too.\n\nISOSCELES TRIANGLE - a triangle 2 of whose sides have equal measures. Therefore, the angles opposite the congruent sides have equal measures also.\n\nEQUILATERAL TRIANGLE - a triangle all of whose sides have equal measures. The angles have equal measures, too.\n\nRIGHT TRIANGLE - a triangle 1 of whose angles has a measure of 90 degrees. The other 2 angles have measures that are less than 90 degrees. The side opposite the 90-degree angle is the longest side and is called the hypotenuse. The other sides are called legs.\n\nSPHERE - is shaped like a ball (round).\n\nCONE - it is a pyramid with a circular base.\n\nDECAGON - a polygon with 10 sides.\n\nDODECAGON - a polygon with 12 sides.
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Triangle, quadrilateral, pentagon, hexagon, heptagon, octagon, nonagon, decagon
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What type of triangle is it?\nIf it is an equilateral triangle, all sides will be the same length, so p=(1.25 X 3)m\n\nHope this helps
829392
just a piont of view, but normally to divide something symmetrically you have to do it at the widest piont along the centre line. where as assymetricaly is off the centre line at a narrower piont and therefore not a symmetry,this only applies to poloygons and symmetric shapes.  hope this helps
726169
It is possible only when the given triangle is isosceles or equilateral. It's also possible for right-angled triangles but only when the given angle isn't 90 degrees.
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Bob, I used to enjoy your show before you started doing all those really expensive houses.  Then, of course, you left.\n\nOh, well.\n\nDon't you know, Bob, that isosceles triangles don't have "right sides?"  An isosceles triangle has two "legs" of equal length.  If it is a right isosceles triangle, the side opposite the right angle is called the hypotenuse.\n\nSay hi to Norm for me!
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Congruent basically means the same. For math, this is probably regarding geometry. Two congruent triangles, when superimposed (placed on top of another) are exactly the same (rotation may be required).
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Draw a picture of the two congruent sections, which are connected at B. The exact angle between them doesn't matter so long as it's not greater than 90 degrees. You will see that if AD=CD, then angles A and C are equal. So what happens as angle A gets larger and angle C gets smaller? You should be able to see the answer for yourself.
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no equal side = scalene triangles\n2 equal sides = isosceles triangles\n3 equal sides = equilateral triangles\n3 equal angles = equiangular triangles\n\ni hope it will help you
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no, a circle has infinite lines of symetry. For an equilateral triangle, i believe there r only 3
605893
U mean Plato's CUrsed Triangle?,,\nWell, check out the gradient of the two triangle, ITS different!.\nThe difference of the gradient makes a whole in the next triangle
1002935
Its the Pythagorean Theorem. It applies to right angle triangles. \nIt states that a^2 + b^2 = c^2\nWhere a and b represent the lengths of legs of the triangle and c is the Hypotenuse.\nThe Hypotenuse is the side that is opposite the right angle (also the longest side). Whereas the legs are the two sides that meet at the right angle.