Any triangles where the base multiplied by the height equal 2, so technically, infinity.
Divide the polygon into triangles. Calculate the areas of the triangles and then sum these.
it have 16 triangles in a triangleOnly one.
Triangles you use : (base x perpendicular height) divided by 2. Parallelogram: you need to find the area of one of the side triangles, then double it (because there's two of them). Then find the area of the square in the middle, and add this to the area of the two triangles.
There are an infinite number of triangles with different shapes that all have the same area.
A=1/2bh The area of a triangle is 1/2bh. If the base of it is a triangle and all 4 of the triangles aren't the same, then you have to find the area of the base triangle and then the three other triangles (which should all have the same area). If all four of the triangles have the same area, then just find the area of one of the triangles and multiply that by four. A triangular pyramid that has four equal triangles is also called a tetrahedron.
It can form 7 triangles
Add the areas of the 4 triangles on the side of the pyramids As the 4 triangles are the same, just find the area of one of them and multiply by 4
1 method is to multiply length times the width and the 2 method is to divide the rectangle into triangles and find the area of one of the triangles and multiply the area by two.
There is not one. Triangles are two dimensional, volume is three dimensional, a triangle can therefore have an area but no a volume.
There are with infinitely many possible dimensions for triangles with a given area.
One!
Not necessarily. You find the area of a triangle with the formula 1/2*base*height=Area. Imagine two triangles, one with 3 inches for both the base and height, and one with 4.5 inches for the height and 2 inches for the base. Both of these triangles will have 9 sq. in. for their areas, but they are not congruent.