It is 8 triangles
You can search the Whole Foods website as they often offer coupons there. They also produce a weekly circular with coupons, yet they do not cut down on your entire order, only specific products.
cut it down the middle
Any angle that you like. There are no constraints on a single angle of a decagon, only on their sum.
A cone has infinitely many triangles. Each cross-section of a cone, when cut parallel to its base, forms a triangle. As the cone tapers to a point, the triangles formed by the cross-sections become increasingly smaller and numerous. Therefore, a cone can be said to have an infinite number of triangles.
when you cut a pentagon in half you create a trapizoid
You can search the Whole Foods website as they often offer coupons there. They also produce a weekly circular with coupons, yet they do not cut down on your entire order, only specific products.
it's impossible to have a quadrilateral that can't be cut into triangles.
Yes, any polygon can be cut into only triangles.
cut it down the middle
get a cut out shape of octagon, then get cut out triangles and try to fit in the triangles covering all the octagon but here is the solution... j
A Cut the legs off of this A and you have a triangle, which is a polygon. Triangle Heptagon Quadrilateral Pentagon Hexagon Octagon Decagon Nonagon that is all of the polygons
You can get 2 triangles by cutting a parallelogram in half
Any angle that you like. There are no constraints on a single angle of a decagon, only on their sum.
Nine, as a n-gon can be cut in n-2 triangles.
You get 6 triangles.
Yes
Two triangles