Does the following shape have line symmetry? If so, state how many lines of symmetry there are. If not, state none.
Does the following shape have line symmetry? If so, state how many lines of symmetry there are. If not, state none.
Use the following translation rule to find the coordinates of the image of P(-2, 3):
Use the following translation rule to find the coordinates of the image of P(-2, 3):
Use the following reflection rule to find the coordinates of the image of P(-2, 3):
Use the following reflection rule to find the coordinates of the image of P(-2, 3):
Use the following composition of transformations to find the coordinates of the image of P(-2, 3):
Use the following composition of transformations to find the coordinates of the image of P(-2, 3):
Does the following shape have line symmetry? If so, state how many lines of symmetry there are. If not, state none.
Does the following shape have line symmetry? If so, state how many lines of symmetry there are. If not, state none.
Does the following shape have line symmetry? If so, state how many lines of symmetry there are. If not, state none.
Translations are a congruence transformation that flip a shape over a mirror line.
A circle has infinitly many lines of symmetry.
The translation rule for moving a shape left 2 and down 5 is (x, y) → (x +2, y - 5).