Can you please correct the P values only and coordinates for questions #3-4 based off of question #1 Answer of P' (-1,0) values and coordinates answer only.

Elementary Geometry For College Students, 7e
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ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
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Can you please correct the P values only and coordinates for questions #3-4 based off of question #1 Answer of P' (-1,0) values and coordinates answer only.

### Transformation of Quadrilateral PQRS

**Instructions:**

1. **Translate PQRS**  
   Apply the translation (x, y) → (x-2, y+1) to quadrilateral PQRS, and label the new image as P'Q'R'S'.

2. **Reflect P'Q'R'S'**  
   Reflect the translated image P'Q'R'S' across the x-axis, and label the result as P"Q"R"S".

3. **Translate P"Q"R"S"**  
   Apply the translation (x, y) → (x-5, y-3) to the reflected image P"Q"R"S", and label this image as P‴Q‴R‴S‴.

4. **Rotate P‴Q‴R‴S‴**  
   Rotate the translated and reflected image P‴Q‴R‴S‴ by 270° counterclockwise, and label the final image as P‴‴Q‴‴R‴‴S‴‴.

**Graph Explanation:**

- The graph displays a coordinate plane with the x-axis and y-axis both ranging from -8 to 8.
- Quadrilateral PQRS is plotted on this graph with vertices P, Q, R, and S.
- The quadrilateral is positioned approximately in the first quadrant initially.
- Vertices are labeled with their respective letters on the graph, and lines connect the points to form the shape of a quadrilateral.

This activity involves multiple transformations, including translation, reflection, and rotation, illustrating how these operations affect the position and orientation of geometric figures on a coordinate plane.
Transcribed Image Text:### Transformation of Quadrilateral PQRS **Instructions:** 1. **Translate PQRS** Apply the translation (x, y) → (x-2, y+1) to quadrilateral PQRS, and label the new image as P'Q'R'S'. 2. **Reflect P'Q'R'S'** Reflect the translated image P'Q'R'S' across the x-axis, and label the result as P"Q"R"S". 3. **Translate P"Q"R"S"** Apply the translation (x, y) → (x-5, y-3) to the reflected image P"Q"R"S", and label this image as P‴Q‴R‴S‴. 4. **Rotate P‴Q‴R‴S‴** Rotate the translated and reflected image P‴Q‴R‴S‴ by 270° counterclockwise, and label the final image as P‴‴Q‴‴R‴‴S‴‴. **Graph Explanation:** - The graph displays a coordinate plane with the x-axis and y-axis both ranging from -8 to 8. - Quadrilateral PQRS is plotted on this graph with vertices P, Q, R, and S. - The quadrilateral is positioned approximately in the first quadrant initially. - Vertices are labeled with their respective letters on the graph, and lines connect the points to form the shape of a quadrilateral. This activity involves multiple transformations, including translation, reflection, and rotation, illustrating how these operations affect the position and orientation of geometric figures on a coordinate plane.
# Transformations in the Coordinate Plane

## (3) Translation

### Translation of Points P‴, Q‴, R‴, S‴

The translation process for moving a set of points \((x, y)\) involves shifting the x-coordinate by -5 and the y-coordinate by -3, leading to new coordinates \((x-5, y-3)\).

**Original to Translated Points:**

- \( P″ (-1, -2) \rightarrow P‴ (-6, -5) \)
- \( Q″ (1, -3) \rightarrow Q‴ (-4, -6) \)
- \( R″ (2, -2) \rightarrow R‴ (-3, -5) \)
- \( S″ (3, 2) \rightarrow S‴ (-2, -1) \)

### Diagram Explanation:

The diagram shows the translated points P‴, Q‴, R‴, and S‴ plotted on a coordinate plane. Arrows indicate the direction of translation from the original coordinates.

## (4) Rotation

### Rotation of Points P‴, Q‴, R‴, S‴ by 270°

To rotate points \((x, y)\) by 270° counterclockwise, transform each point to \((y, -x)\).

**Original to Rotated Points:**

- \( P‴ (-6, -5) \rightarrow P⁗ (-5, 6) \)
- \( Q‴ (-4, -6) \rightarrow Q⁗ (-6, 4) \)
- \( R‴ (-3, -5) \rightarrow R⁗ (-5, 3) \)
- \( S‴ (-2, -1) \rightarrow S⁗ (-1, 2) \)

### Diagram Explanation:

The second diagram shows the rotated points P⁗, Q⁗, R⁗, and S⁗ on the coordinate plane. The rotation is indicated with lines connecting the sequential points, illustrating the transformation.
Transcribed Image Text:# Transformations in the Coordinate Plane ## (3) Translation ### Translation of Points P‴, Q‴, R‴, S‴ The translation process for moving a set of points \((x, y)\) involves shifting the x-coordinate by -5 and the y-coordinate by -3, leading to new coordinates \((x-5, y-3)\). **Original to Translated Points:** - \( P″ (-1, -2) \rightarrow P‴ (-6, -5) \) - \( Q″ (1, -3) \rightarrow Q‴ (-4, -6) \) - \( R″ (2, -2) \rightarrow R‴ (-3, -5) \) - \( S″ (3, 2) \rightarrow S‴ (-2, -1) \) ### Diagram Explanation: The diagram shows the translated points P‴, Q‴, R‴, and S‴ plotted on a coordinate plane. Arrows indicate the direction of translation from the original coordinates. ## (4) Rotation ### Rotation of Points P‴, Q‴, R‴, S‴ by 270° To rotate points \((x, y)\) by 270° counterclockwise, transform each point to \((y, -x)\). **Original to Rotated Points:** - \( P‴ (-6, -5) \rightarrow P⁗ (-5, 6) \) - \( Q‴ (-4, -6) \rightarrow Q⁗ (-6, 4) \) - \( R‴ (-3, -5) \rightarrow R⁗ (-5, 3) \) - \( S‴ (-2, -1) \rightarrow S⁗ (-1, 2) \) ### Diagram Explanation: The second diagram shows the rotated points P⁗, Q⁗, R⁗, and S⁗ on the coordinate plane. The rotation is indicated with lines connecting the sequential points, illustrating the transformation.
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