Subscribe to our ▶️ YouTube channel 🔴 for the latest videos, updates, and tips.
Problem 1 :
Identify a sequence of transformations that will transform figure X into figure Y.

Problem 2 :
Identify a sequence of transformations that will transform figure A into figure B.

Problem 3 :
Identify a sequence of transformations that will transform figure P into figure Q.

Problem 4 :
Identify a sequence of transformations that will transform figure A into figure B.


1. Answer :
To transform figure X into figure Y, you need to reflect it over the y-axis and translate one unit to the left. A sequence of transformations that will accomplish this is
(x, y) → (-x, y) and (x, y) → (x - 1, y)
2. Answer :
Any sequence of transformations that changes figure A into figure B will need to include a rotation. A 90° counterclockwise rotation about the origin would properly orient figure A, but not locate it in the same position as figure B.
The rotated figure would be 2 units below and 1 unit to the left of where figure B is. We would need to translate the rotated figure up 2 units and right 1 unit.
A sequence of transformations is a 90° counterclockwise rotation about the origin,
(x, y) → (-y, x), followed by (x, y) → (x + 1, y + 2)
3. Answer :
A sequence of transformations that changes figure P to figure Q will need to include a rotation. A 90º clockwise rotation around the origin would result in the figure being oriented as figure Q.
However, the rotated figure would be 6 units above where figure Q is. We would need to translate the rotated figure down 6 units.
A sequence of transformations is a 90º clockwise rotation about the origin,
(x, y) → (y, -x), followed by (x, y) → (x, y - 6)
4. Answer :
Rotation 90° clockwise about origin, translation 5 units down.
(x, y) → (y, -x), (x, y) → (x, y - 5)
Subscribe to our ▶️ YouTube channel 🔴 for the latest videos, updates, and tips.
Kindly mail your feedback to v4formath@gmail.com
We always appreciate your feedback.
About Us | Contact Us | Privacy Policy
©All rights reserved. onlinemath4all.com

Apr 13, 26 06:21 PM
Apr 13, 26 12:18 PM
Apr 09, 26 07:46 PM