98
It is possible to tessellate a plane with squares, triangles, and hexagons. To tessellate something means to cover it with repeated use of a single shape, without gaps or overlapping.
6
A triangular pyramid. This is one where all the faces are triangles - a three-sided base, from which three triangular faces rise to a single point - the apex.
A product cannot exist of a single number - a product is formed by multiplying two separate numbers.
if the repetition is allowed the there is 6*6*6 possible ways = 216
It is: 8-2 = 6 triangles
It is: 8 because 8 triangles make up a 10 sided polygon
A heptagon has seven sides, so when drawing diagonals from one vertex, it will create five triangles. This is because each diagonal drawn from a single vertex will create a triangle until it intersects the previous diagonal. Therefore, the number of triangles formed by drawing all diagonals from one vertex in a heptagon is five.
Assuming ALL 22 triangles are congruent, this would be a 22-gon, also known as an icositedigon
6 triangles because there are 180 degrees in a triangle and 6*180 = 1080 degrees which is the sum of the angles in octagon when added up.
a polygon a polygon * * * * * No it is not! If the line is in that plane then it is the whole line. If not, it is a single point.
Any n-sided regular polygon, by joining a single vertex up to each of the others, will have a total of (n - 2) triangles inside. In this case, an 11-sided polygon will contain 11 - 2 = 9 triangles.
Whether or not it is regular. If it is regular then there is a single formula that can be used. If not, the polygon needs to be split up into triangles or quadrilaterals whose areas will need to be computed individually and then added together.
Its shaft would have to be wide enough so as not to be represented by a single line. All lines would have to be straight.
infinite
The sum of the interior angles of a 17 sided polygon add up to 2700 degrees.
No, a polygon must be 2 dimensional and lie on a single plane.