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Graph the image of the figure using the transformation given.
Problem 1 :

Problem 2 :
Reflection across the y-axis
Y (2, 2)
Problem 3 :
Reflection on y-axis

Problem 4 :
Reflection over y-axis.

Problem 5 :
Reflection across y-axis

Problem 6 :
Reflection across the y-axis
D (-2, -3), E (2, -2) and F (3, -4)
Problem 7 :
Reflection over y-axis.

Problem 8 :
Reflection across the y-axis
J (-2, -4), K (-3, -1), L (-1, -1), M (2, -5)
Problem 9 :
The vertices of a rectangle are A(−4, −3), B(−4, −1), C(−1, −1), and D(−1, −3).
a. Draw the rectangle and its reflection in the x-axis.
b. Draw the rectangle and its reflection in the y-axis.
c. Are the images in parts (a) and (b) the same size and shape? Explain.
Problem 10 :
The vertices of a quadrilateral are P(−2, 5), Q(−1, −1), R(−4, 2), and S(−4, 4). Draw this quadrilateral and its reflection in the y-axis. What are the coordinates of the image?
Problem 11 :
Given the point (3, 4), find its reflection over the x-axis.
Problem 12 :
Given the point (3, 4), find its reflection over the y-axis
Problem 13 :
For the function f(x) = 2x - 3, graph both f(x) and its reflection over the x-axis on the same set of axes.
Problem 14 :
Point P is first reflected in x-axis to P′. P′ is then reflected in y-axis to P′′(–2, 5). The coordinates of P are:
(a) (2, 5) (b) (–2, –5) (c) (2, –5) (d) (–5, 2)
1) U’ (-2, -3)
2) Y'(-2, 2)
3) K’ (-2, -2)
4) C’ (-1, -1), E’ (0, -1), M’ (-3, -3) and W’ (-1, -3)
5) W’ (4, 0), I’ (1, -1) and X’ (3, -5)
6) D’ (2, -3)E’ (-2, -2), F’ (-3, -4)
7) I’ (-4, 0), J’ (0, 2), K’ (2, -1) and L’ (0, -3)
8) J’ (2, -4), K’ (3, -1), L’ (1, -1) and M’ (-2, -5)
9)
a) reflection across x-axis
A(−4, −3) ==> A'(-4, 3)
B(−4, −1) ==> B'(-4, 1)
C(−1, −1) ==> C'(-1, 1)
D(−1, −3) ==> D'(-1, 3)

b) Reflection across y-axis
(x, y) ==> (-x, y)
A(−4, −3) ==> A'(4, -3)
B(−4, −1) ==> B'(4, -1)
C(−1, −1) ==> C'(1, -1)
D(−1, −3) ==> D'(1, -3)

c. Yes, after reflection the shapes are congruent.
10)
P (−2, 5) ==> P' (2, 5)
Q (−1, −1) ==>Q' (1, -1)
R (−4, 2) ==> R' (4, -2)
S (−4, 4) ==> S' (4, 4)

11) (3, 4) ==> (3, -4)
12) (3, 4) ==> (-3, 4)
13) y = -2x + 3
14)
P'(2, 5) ==> P(2, -5)
So, option c is correct.
15)
A (−1, 1) ==> A'(-1, -1)
B (2, 3) ==> B'(2, -3)
C (6, 3) ==> C' (6, -3)

Find the coordinates of the vertices of each figure after the given transformation.
Problem 1 :
Reflection across x axis.

Problem 2 :
Reflection across x axis.

Problem 3 :
Reflection across x axis.

Problem 4:
Reflection across x axis.

Problem 5 :
Reflection across x axis.

Problem 6 :
Reflection across x axis.

Problem 7 :
Reflection across x axis.

Problem 8 :
Reflection across the x-axis
K (1, -2) L (2, -2) and M (3, -4)
Problem 9 :
Reflection across the x-axis
A (-1, -5), B (-2, -2), C (-1, 0) and D (3, -2)
Problem 10 :
Graph △ABC with vertices A(3, 2), B(6, 3), and C(7, 1) and its image after the glide reflection.
Translation: (x, y) → (x − 12, y)
Reflection: in the x-axis
Problem 11 :
Determine whether the coordinate plane shows a reflection in the x-axis, y-axis, or neither

Problem 12 :
Determine whether the coordinate plane shows a reflection in the x-axis, y-axis, or neither

Problem 13 :
Graph triangle with vertices A(-1, 4) B(2, -1) and C(4, 3) and its image after the glide reflection.
Translation (x, y) ==> (x + 2, y - 1)
Reflection : in the line y = x
Problem 14 :
Graph triangle with vertices A(-1, 4) B(2, -1) and C(4, 3) and its image after the glide reflection.
Translation (x, y) ==> (x - 3, y + 1)
Reflection : in the line y = -x
1)

2)

3)

4)

5)

6) T’ (-4, -3)

7) K’ (2, 2)

8)
(x, y) ==> (x, -y)
K (1, -2) ==> K’ (1, 2)
L (2, -2) ==> L’ (2, 2)
M (3, -4) ==> M’ (3, 4)

9)
A (-1, -5) ==> A’ (-1, 5)
B (-2, -2) ==> B’ (-2, 2)
C (-1, 0) ==> C’ (-1, 0)
D (3, -2) ==> D’ (3, 2)

10)
A(3, 2) ==> A'(3 - 12, 2) ==> A'(-9, 2)
B(6, 3) ==> B'(6 - 12, 3) ==> B'(-6, 3)
C(7, 1) ==> C'(7 - 12, 1) ==> C'(-5, 1)

11) reflection across y-axis.
12) there is no reflection.
13)

14)

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May 21, 24 08:51 PM
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