dilating them.
Dilating them
Yes, an octagon could be considered to be made out of 8 triangles.
This is NOT true.The cardinality of the set of points in a circle is the same as the cardinality of the set of points in a line.First, break the circle and straighten it out. I think you would agree that the number of points remains the same.Now apply some continuous monotonic function that takes one end of that line segment and assigns it to -infinity and the other end to +infinity. I think you would agree that this is possible.We have now made a one-to-one, invertible correspondence between the points in the original circle and the points in a line, demonstrating that the two objects have the same cardinality.Roughly speaking!
More than 35 triangles can possibly be made in a triangle..!
A circle, for sure.
The geometric shape formed by connecting the perimeter of five points is a pentagon. Its basic construction is that of three triangles with one triangle in the middle sharing two of its sides with a base line of the other two triangles. The maximum number of triangles that can be created, if you count only those triangles that are formed by line segments between each of the five points, are ten (10).
Created the division of a circle into 360 degrees and made one of the first trigonometric tables for solving triangles.
I guess 3 . Take these 3 points 2 at a time . These two points would be the diameter of the circle .
dilating them.
Dilating them
Yes, an octagon could be considered to be made out of 8 triangles.
7
dialating
That the triangles will be congruent
This is NOT true.The cardinality of the set of points in a circle is the same as the cardinality of the set of points in a line.First, break the circle and straighten it out. I think you would agree that the number of points remains the same.Now apply some continuous monotonic function that takes one end of that line segment and assigns it to -infinity and the other end to +infinity. I think you would agree that this is possible.We have now made a one-to-one, invertible correspondence between the points in the original circle and the points in a line, demonstrating that the two objects have the same cardinality.Roughly speaking!
If you have 8 small triangles made of 16 lines how can you make four small triangles if it is a parallelogram?