What is a quadraped ?
447643
Any animal with four legs is a quadraped--'quadra', meaning 'four', and 'ped'--meaning 'foot'.
494278
a trapezoid.\n   __\n  /__&#92;
263560
False, a square is a regular polygon.  Say each side is 4 units long.  Use the pythagorean theorem to solve for the diagonal.  So 4^2+4^2=x^2, or the square root of 32 which is between 5 and 6.  The diagonal would have to be about 5.7 (mental math) which is not 4.
624413
yep\n\n*** Edit - for you idiot types, if a quadrangle has four sides that are not congruent, then it is NOT a square. A square has 4 right angles and 4 sides of equal length, ALWAYS.
150758
to indicate a solid shape wich has the same rectangular section on each planar parallele to its rectangular base.\nIt has two congruent rectangular faces and four lateral sides shaped as parallelograms (eventually rectangles)\n\nIf all the faces are rectangles, then it's called a parallelepiped
478353
Quadriderm is called Lotrisone in the US I believe, but it is outrageously expensive without insurance. You can order it from Mexican pharmacies for about 14$ a tube though.
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I used to be a square but I'm all _right_ now :-)\n\nSeriously, you should do your own homework.
158881
One Cubit:\nFeet:1 1/2\nInches:18
1007358
"Can conjoined triplets (or other higher multiples) exist? Dr. Rowena Spencer's 2003 book Conjoined Twins: Developmental Malformations and Clinical Implications discusses several cases of supposed conjoined triplets and quadruplets, most of which consist of one autosite with a number of parasites or acardiac twins (see above). However, a 2004 article in The American Journal of Obstetrics and Gynecology describes a case of parapagus dicephalus dibrachius dipus twins with triplet joined to the shared sternum, in the manner of xiphopagus twins. All three fetuses were well-formed and had approximately normal heads and extremities. This article provides conclusive proof that conjoined triplets, although extremely uncommon, can occur."
745544
the quadratic formula is a useful tool in solving an equation involving a variable and its square without breaking it down into smaller pieces. It can only be used when it is in the\nax^2+bx+c=0  format. (a, b, and c can be negative.)\n\nIn this problem, a=2, b=-2, and c=-1. The equation for the quadratic is:\n\nx= (-b+/- sq.rt (b^2-4ac))/2a\n\nSolving for the equation given, you get:\n\nx= (2 +/- sq.rt.(4-4*2*-1))/4\n   = (2+/- sq.rt 12)/4\n   = 1.366, 0.366
1105920
They add up to 360 degrees. (If you walked around the quadrilateral you would end up facing the same way as when you started, hence you went through 360 degrees. For a re-entrant or crossed-over quadrilateral, make that 360k degrees)
736371
retarded\nreported btw...\n\nwhat is reOrted???
542677
A right angle.  \n\nSupplementary means the angles add up to 180˚, and congruent means they are the same size.  So for two angles to be both congruent and supplementary, they both need to be exactly half of 180˚.  Half of 180˚ is 90˚, so they are right angles.
128133
A hexakaidecagon (hexadecagon).\n\nFor the rest of the polygon questions you'll have, try the link below:
888235
It might sound as though they have two joints in places others have only one, or that they have twice the normal amount of motion, but these are myths. As members of the same species, the vast majority of humans have the same number of bones and joints. While it's true that some people have more flexibility in their joints than others, the expression "double-jointed" implies something that isn’t true. \n\n"Double-Jointed" Means Hypermobile\n\nPeople with more than normal flexibility of their joints are considered to have hypermobility — which simply means their joints (and surrounding structures, including ligaments and tendons) are able to bend farther than "normal," or, more accurately, farther than average. In most cases, the reason for the extra mobility is not known. The most important questions are whether a person’s hypermobility is a health liability in some way, or whether it’s simply a curiosity. Although the latter is more common than the former, there are many examples of both.
780009
they are quadripeds and walk or run on all fours.
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Quadrillion, quintillion, sextillion, etc