Isosceles triangles do.
You cannot make four triangles our of a quadrilateral by ONE line through it. One line can give you at most two triangles. Two lines, each running from one vertex of the quadrilateral to the opposite vertex, will give 4 triangles.
There is no form of reflection that flips one point on a line and leaves the rest of the line unchanged.
YES & NO. YES ; Equilateral triangles , Three lines of symmetry, Iine from each point to the mid point of the opposite line(Base). Isosceles triangles One line of symmetry , from the conjunction of the two equal lines , to the opposite base. NO ; Scalene triangles. Because no lines are of equal length. A Right-Angled Triangle can be isosceles or scalene. Which ever one, then the above rules apply.
Are you testing us? *gets paper* 9 if you dont count triangles with a line going through it 17 if you count triangles with more than one line going through it e.g all possible triangles visible
Yes, it is possible to divide a square into two obtuse triangles. One way to achieve this is by drawing a diagonal across the square, which creates two right triangles, and then further subdividing one of those right triangles by drawing a line from one of its vertices to the midpoint of the opposite side. This line can create two obtuse triangles, as the angles in those triangles can be adjusted to be greater than 90 degrees.
You cannot make four triangles our of a quadrilateral by ONE line through it. One line can give you at most two triangles. Two lines, each running from one vertex of the quadrilateral to the opposite vertex, will give 4 triangles.
There is no form of reflection that flips one point on a line and leaves the rest of the line unchanged.
a reflection
The line of reflection is a line on which a shape is reflected to create its mirror image. It acts as a symmetry line, where each point on one side of the line is mirrored on the other side.
a line of symetry can be applied to one shape but cannot go between two shapes unless those two shapes are infact a part of one larger, symetrical shape. a line of reflection goes between two shapes. so O l O this is two circles with a line of reflection in between them. if there was a line of reflection between two e's then one of the e's would have to be a backwards e.
Right triangles can have only one line of symmetry. Only right triangles with two 45 degree angles can have a line of symmetry.
Are you testing us? *gets paper* 9 if you dont count triangles with a line going through it 17 if you count triangles with more than one line going through it e.g all possible triangles visible
Yes, it is possible to divide a square into two obtuse triangles. One way to achieve this is by drawing a diagonal across the square, which creates two right triangles, and then further subdividing one of those right triangles by drawing a line from one of its vertices to the midpoint of the opposite side. This line can create two obtuse triangles, as the angles in those triangles can be adjusted to be greater than 90 degrees.
Reflection of an object is the flip of that subject on a particular line, that is called line of reflection.
Triangles, Circles, Squares, and a heart.
Line symmetry is another name for reflection symmetry. One half is a reflection of the other half. The line of symmetry is the line where you could fold the image and have both halves match exactly.
A "perpendicular bisector" is a line. There are no triangles of any kind in a line.