As many as you like. Wherever you have one triangle, you can draw a line from any vertex to the opposite side and so end up with one more triangle.
2
A rhombus can be split into 2 isosceles triangles or divided into 4 right angle triangles
Nope sorry, a Rhombus will be split into 2 isosceles triangles and 1 equilateral triangle.
Yes, draw the two diagonals. This will divide the rhombus into 4 identical triangles.
2 triangles make up a rhombus which has 4 interior angles adding to 360 degrees and a triangles has 3 interior angles add up to 180 degrees. Therefore: 360/180 = 2 triangles
It is an isosceles triangle with 2 equal sides.
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1 rhombus 4-5 triangles
Triangles are rigid, quadrilaterals are not - a square can be "squashed" into rhombus.
no two triangles can make a square
A rhombus can be split into 2 isosceles triangles or divided into 4 right angle triangles
A square or a rhombus perhaps.
Nope sorry, a Rhombus will be split into 2 isosceles triangles and 1 equilateral triangle.
Yes, draw the two diagonals. This will divide the rhombus into 4 identical triangles.
Two triangles make a rhombus
No. A rhombus has all four sides of equal length. To split a rhombus into only 2 triangles, it must be split along a diagonal; which means that 2 of the sides of one of the triangles must be the same length as the sides of the rhombus, which being equal mean the triangles must be (at least) isosceles - scalene triangles will not work. Further, as the diagonal will be a common length to each of the triangles (the length of their third sides), it will form the base (ie the side opposite the vertex between the sides of equal length) of the isosceles triangles, and so the triangles must be to congruent isosceles triangles. If the diagonal has the same length as the side of the rhombus, then the two congruent triangles will be congruent equilateral triangles.
No. A rhombus has all four sides of equal length. To split a rhombus into only 2 triangles, it must be split along a diagonal; which means that 2 of the sides of one of the triangles must be the same length as the sides of the rhombus, which being equal mean the triangles must be (at least) isosceles - scalene triangles will not work. Further, as the diagonal will be a common length to each of the triangles (the length of their third sides), it will form the base (ie the side opposite the vertex between the sides of equal length) of the isosceles triangles, and so the triangles must be to congruent isosceles triangles. If the diagonal has the same length as the side of the rhombus, then the two congruent triangles will be congruent equilateral triangles.