It can have, but only if the two smaller angles are 45 degrees, then there is symmetry about the centre-line.
No.
yes * * * * * Usually, no. Only isosceles right angled triangles have a line of symmetry.
Right-angled triangles can be symmetrical, but only under specific conditions. An isosceles right-angled triangle, where the two legs are of equal length, exhibits symmetry along the line that bisects the right angle. However, a scalene right-angled triangle, with all sides of different lengths, lacks any line of symmetry. Therefore, while some right-angled triangles are symmetrical, many are not.
It can have a line of symmetry but most have none. Not necessarily. In most cases it would have none.
0 zip zilch nada none
No.
yes * * * * * Usually, no. Only isosceles right angled triangles have a line of symmetry.
None.
A scalene triangle that is not right angled.
None normally but if it is a right angle isosceles triangle it will have 1 line of symmetry
None.
it has only one line of symmetry.
This could be either an isosceles triangle or a right angled triangle.
I think none. In fact the only triangle that I believe has any rotational symmetry is an equilateral triangle.
3
For a right isosceles triangle (45-45-90), there is one line of symmetry that bisects the hypotenuse. For all other right triangles, there are zero lines of symmetry.
Right-angled triangles can be symmetrical, but only under specific conditions. An isosceles right-angled triangle, where the two legs are of equal length, exhibits symmetry along the line that bisects the right angle. However, a scalene right-angled triangle, with all sides of different lengths, lacks any line of symmetry. Therefore, while some right-angled triangles are symmetrical, many are not.