One.
Vertical through the apex.
Not all shapes with four right angles have exactly two lines of symmetry. For example, a rectangle has two lines of symmetry (one vertical and one horizontal), while a square, which also has four right angles, has four lines of symmetry. In contrast, a non-square rectangle may only have the two symmetry lines, but other configurations could exist that alter this symmetry. Thus, the number of symmetry lines depends on the specific shape.
A circle has infinite lines of symmetry, all passing through the center. A square has four lines of symmetry: top to bottom, left to right, and the two diagonals.
A rectangle and a square, which is also a rectangle.
a triangle has 0 lines of symmetry.
0 lines of symmetry
The line joining the apex to the centre of the square base of a right pyramid is an axis of symmetry. Not sure what the other three are!
There are no lines of symmetry in a 3d figure.The right question is how planes of symmetry are there in a pentagonal pyramid.Then the correct answer is 5 planes of symmetry.
If it is a right pyramid then four, otherwise one or none.
A right, square based pyramid.A right, square based pyramid.A right, square based pyramid.A right, square based pyramid.
There are no lines of symmetry in a 3d figure.The right question is how planes of symmetry are there in a pentagonal pyramid.Then the correct answer is 5 planes of symmetry.
Not all shapes with four right angles have exactly two lines of symmetry. For example, a rectangle has two lines of symmetry (one vertical and one horizontal), while a square, which also has four right angles, has four lines of symmetry. In contrast, a non-square rectangle may only have the two symmetry lines, but other configurations could exist that alter this symmetry. Thus, the number of symmetry lines depends on the specific shape.
it has four right angles and has four lines of symmetry
it has four right angles and has four lines of symmetry
A circle has infinite lines of symmetry, all passing through the center. A square has four lines of symmetry: top to bottom, left to right, and the two diagonals.
4 (1 horizontal: left to right, 1 vertical: up and down and 2 diagonal)
If you had a circle and you halved it, exactly in the middle, then that line would be a line of symmetry! And it is the same with a square. If you halve it exactly in the middle then that would be called a line of symmetry! And then all the lines of symmetry in a square are down, across, diagonal from the left and then diagonal from the right! But in a circle there are LOTS of lines of symmetry!
A rectangle and a square, which is also a rectangle.