A pyramid
The diagonals (drawn from a point) help in dividing the regular polygon into smaller triangles. The sum of the areas of these smaller triangles help in determining the total area of the polygon.
You can have an infinite number of triangles in a polygon, it would really depend on the size of the triangles you are trying to fit in.If on the other hand you mean that triangles are made by joining the point of the polygon to make triangles then it's the number of sides minus two.-n(sides)-2
It can, but it doesn't have to. The base can be any polygon, as long as the sides are triangles that come to a point at the top.
polygon I think I would say, it is a circle.
It is a polygonal pyramid.
a pyramid.
A pyramid
The figure described will be a pyramid.
The description given fits that of a pyramid
pyramid
A pyramid would fit the given description
The diagonals (drawn from a point) help in dividing the regular polygon into smaller triangles. The sum of the areas of these smaller triangles help in determining the total area of the polygon.
You can have an infinite number of triangles in a polygon, it would really depend on the size of the triangles you are trying to fit in.If on the other hand you mean that triangles are made by joining the point of the polygon to make triangles then it's the number of sides minus two.-n(sides)-2
The intersection of two lines is a point. If both lines are straight the figure of four separate triangles are formed. The type of triangles are dependent on the angle of the intersection.
It can, but it doesn't have to. The base can be any polygon, as long as the sides are triangles that come to a point at the top.
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.