Similar to the symbols below
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three sixteenths
a perpendicular line.
A 30-60-90 right triangle
Because parallelograms include rhombuses, squares, and rectangles, any triangle would be one of those split in two. If you are thinking about a parallelogram that cannot be classified any more specifically, then it would be a scalene triangle.
Acute
three sixteenths
a perpendicular line.
A triangle can be split into infinitely many rows.
no
A 30-60-90 right triangle
no a triangle can not be slipt into equal parts.
Because parallelograms include rhombuses, squares, and rectangles, any triangle would be one of those split in two. If you are thinking about a parallelogram that cannot be classified any more specifically, then it would be a scalene triangle.
a line that intersects an edge of a triangle that is perpendicular to it and passes through the midpoint
Acute
Scalene Triangle
Yes and certainly so when it's in the form of an equliateral triangle which has 3 lines of symmetry
An equilateral triangle and an isosceles triangle would both have lines of symmetry that would split it into two triangles.