Pi has 2 lines of symmetry
There are no lines of symmetry; However, the lines opposite are parallel to each other
Yes, the letter "V" has a vertical line of symmetry. When divided vertically down the middle, both halves are mirror images of each other. However, it does not have horizontal or diagonal lines of symmetry.
3 Lines of symmetry
It has 3 lines of symmetry which are the perpendiculars taken from each vertex to the opposite base
It depends on the nature of the irregularities. If you have an octagon where each alternate side is equal then you can have 8 lines of symmetry.
There are no lines of symmetry; However, the lines opposite are parallel to each other
Yes, the letter "V" has a vertical line of symmetry. When divided vertically down the middle, both halves are mirror images of each other. However, it does not have horizontal or diagonal lines of symmetry.
A dodecahedron has 30 lines of symmetry. This is because each face of a dodecahedron is a regular pentagon, which has 5 lines of symmetry. Therefore, each face contributes 5 lines of symmetry, and since a dodecahedron has 12 faces, the total number of lines of symmetry is 5 x 12 = 30.
A letter C has 1 line of symmetry. A line of symmetry is a line that divides a shape into two equal halves that are mirror images of each other. In the case of the letter C, a vertical line passing through the center of the letter would be the line of symmetry.
It has two lines of symmetry, one each perpendicular to each other passing thru the center of the rectangle
4 sides, each of which is a isosceles triangle with 3 lines of symmetry, gives 12.
Assuming that you are talking about an equilateral triangle, it has three lines of symmetry. They bisect each angle.
3 Lines of symmetry
Of the capital letters M, O, E, and X, -- M and E each have one line of symmetry, -- X has two lines of symmetry, or four if the cross lines were printed perpendicular, as they are in some fonts, -- O has an infinite number of lines of symmetry. My answer is justified by my firm conviction that it's correct.
It has 3 lines of symmetry which are the perpendiculars taken from each vertex to the opposite base
No triangle has two lines of symmetry. A right triangle and an Isoscoles triange each have one line of symmetry, and an equilateral triangle has three.
It depends on the nature of the irregularities. If you have an octagon where each alternate side is equal then you can have 8 lines of symmetry.