There can be infinitely many triangles in a hexagon.
Yes as would be the case in two similar equilateral triangles.
i am very sorry but i am not sure what you mean i just thing a pyramid has equal sides
no. even tho that all triangle have 180 degrees fortheir angles it doesnt mean that all the sides of the traingles haveto be the same. you could have a triangle with sides of 100 ft 80 ft and 60 ft and another triangle with 100in 80 in and 60 in. obviously these traingles are going to have different areas.
One triangle = 3 so 4 traingles = 4*3 = 12 One dodecagon = 12 so 4 of them = 4*12 = 48 Total = 12+48 = 60
There can be infinitely many triangles in a hexagon.
1 at most
No Equilateral triangles are triangles that have all of its three sides the same exact measurement. This means that if all the sides are the same then all of the interior angles will equal the same. And they always equal 60 degrees in an equilateral triangle. Equivalent traingles are just traingles that are equal in size and angles to another triangle equal. Equivalent traingles can be equilateral but they do not have to be.
Three is the least number of traingles that will fill a pentagon, but after that, more and more and more triangles can be added until there are so many that you have to see them through a microscope.
Three straight sides Closed figure two dimensional three angles
The traingles simply symbolize the Great Battle of The Triangle in 1427. Mathew Triangle was killed after leading his men to victory in the state of Ohio. The traingles simply symbolize the Great Battle of The Triangle in 1427. Mathew Triangle was killed after leading his men to victory in the state of Ohio.
No, because if they have different heights the area will differ between the two triangles.
Yes as would be the case in two similar equilateral triangles.
i am very sorry but i am not sure what you mean i just thing a pyramid has equal sides
no. even tho that all triangle have 180 degrees fortheir angles it doesnt mean that all the sides of the traingles haveto be the same. you could have a triangle with sides of 100 ft 80 ft and 60 ft and another triangle with 100in 80 in and 60 in. obviously these traingles are going to have different areas.
One triangle = 3 so 4 traingles = 4*3 = 12 One dodecagon = 12 so 4 of them = 4*12 = 48 Total = 12+48 = 60
-- Every multiple of 3 could be a perimeter. There are an infinite number of those. -- And for each one, there are an infinite number of different triangles that all have that number for their perimeter. So I guess the answer is: An infinite number of infinite numbers of them.