Well, honey, a 19-sided polygon can have a maximum of 646 triangles. But let's be real, counting all those triangles is about as fun as watching paint dry. Just trust me on this one, there are 646 triangles in that bad boy.
Pentagon is a 5 sided figure. Pent=5 gon=shape
Since parallelograms are four sided figures where each pair of opposing sides are parallel, and squares are four sided figures with all sides and angels congruent, then anything which is a square must also be a parallelogram. The statement is therefore false.
If you are merely drawing from one vertex to all the others, the number of triangles in any n-sided figure is equal to n-2. In this case, a heptagon has seven sides, and thus (7 - 2) = 5 triangles can be drawn.
All isosceles triangles are not equilateral triangles
yes
Yes
Yes
Because there are 540 interior degrees in a five sided figure and the total sum of three triangles is 540 degrees
Yes because 3*180 are the interior degrees of a pentagon.
Yes. You can always draw a "diagonal" line between opposite corners of any four-sided figure. Then, cutting along that line, you wind up with two triangles out of which the figure could have been made.
You can always find opposite corners that can be connected with a line which divides the quadrilateral into two trilaterals.
Because all other polygons are made from triangles as for example an 8 sided octagon has 6 triangles within it or a 6 sided hexagon has 4 triangles within it.
Yes
Yes. Take any quadrilateral, and connect 2 opposite corners with a line segment. Now you have 2 triangles.
All four-sided figures are quadrilaterals.
TRUE for 2-dimensional figure. False for 3-dimensional figures.