It has y-axis symmetry. anyfunction with only x^2 and its coefficient has y-axis. These are called even fuctions. Therefore, it also might be called evensymmetry.
Not necessarily, in fact, only parallelograms have them, irregular quadrilaterals do not.
A letter I i.
no, only single digit numbers are 8,3,1, and 0
There are 11 letters with only one line of symmetry.
It depends upon the pyramid: if it is a right rectangular pyramid it will have one axis of rotational symmetry which runs from the apex to the centre of the base and a rotational symmetry of 2. If it is not a right rectangular pyramid then there is no axis of rotation which will permit the pyramid to fit on itself before a complete rotation of 360°
An object that has only one line of symmetry is said to have bilateral symmetry. This means that it can be divided into two equal halves along one axis.
a square pyramid have 4 axis of symmetry * * * * * I would have said only one: the line joining the vertex to the centre of the square base.
It has y-axis symmetry. anyfunction with only x^2 and its coefficient has y-axis. These are called even fuctions. Therefore, it also might be called evensymmetry.
8 only
Not necessarily, in fact, only parallelograms have them, irregular quadrilaterals do not.
The states that have reflectional symmetry when written vertically in capital letters is Hawaii, Ohio, Iowa, and Utah. * * * * * A does not have horizontal symmetry - it has a vertical axis of symmetry. So only OHIO remains.
Vertex = (0,0) Line of symmetry = y axis You should of known that as this function is only X^2
It depends on what those numbers are, but if they are on the x axis only, then it is called a run. If they are on the y axis only, it is called rise.
A letter I i.
no, only single digit numbers are 8,3,1, and 0
There are 11 letters with only one line of symmetry.