Draw the image after translating the triangle $EDF$ 2 units to the left and 1 unit upwards.
Describe the following translation where triangle $ABC$ is mapped onto triangle $A'B'C'$.
The point $A(-2,5)$ is translated 1 unit to the right and 5 units downwards. Find the coordinates of the image $A'$.
The point $B(0,1)$ is translated and the resulting image is $B'(1,-2)$. Describe the translation.
2 units to the left and 1 unit upwards.
$A'(-1,0)$.
1 unit to the right and 3 units downwards.
For questions a and b, perform the dilation with the stated scale factors centered about the origin $O$ marked on the diagram.
Find the scale factor in the following dilations.
Find the center of the dilation and the scale factor where the triangle $ABC$ is mapped onto triangle $A'B'C'$.
The point $A(-10,-2)$ is dilated by a factor of 3 using point $P(-8,2)$ as the center. Find the coordinates of the image $A'$.
(a) $2$.
(e) $\frac{1}{3}$.
$(0,0), 2$.
$A'(-14,-10)$.
(a) The point $A(2,5)$ is reflected about the $x$-axis. Find the coordinates of the image $A'$.
(b) The point $B(6,3)$ is reflected about the line $x=4$. Find the coordinates of the image $B'$.
The point $A(6,-5)$ is mapped to its image $A' (-6,-3)$ by two successive reflections. What are the lines of reflection?
(a) $A'(2,-5)$.
(b) $B'(2,3)$.
The line $y=-4$ and the $y$-axis.
Rotate the triangle $90^\circ$ anti-clockwise about $O$.
Triangle $ABC$ has vertices $A(4,1)$, $B(3,4)$ and $C(1,2)$. Find the coordinates of the image of $\triangle ABC$ after a roation of $90^\circ$ counter-clockwise about the origin.
(a) $180^\circ$ anti-clockwise (can be clockwise as well) about $O$.
(b) $90^\circ$ clockwise about $O$.
(c) $90^\circ$ anti-clockwise about $O$.
(d) $90^\circ$ anti-clockwise about $O$.
$90^\circ$ clockwise about $O$.
(a) 4.
(b) 2.
(c) 5.
(d) 8.
(e) 3.
(f) 1.
$A'(-4,-1)$, $B'(-4,-3)$, $C'(-2,-1)$.