Shifting the Triangle Down 2 Units

Oct 13, 2025 by miodeya.com 15 views

In this article, we will explore the concept of shifting a triangle in the standard coordinate plane. We will analyze the given vertices of the triangle and determine the new coordinates after it is shifted down 2 units.

The Initial Triangle

The given vertices of the triangle are ${(-3,-3), (-4,2),}$ and ${(-1,1)}$ . To understand the initial position of the triangle, we can plot these points on the coordinate plane.

Shifting the Triangle Down 2 Units

When a point is shifted down 2 units, its y-coordinate decreases by 2. This means that the new y-coordinate will be the original y-coordinate minus 2.

Calculating the New Coordinates

Let's calculate the new coordinates of the vertices after the triangle is shifted down 2 units.

Vertex 1: (-3,-3)

The original y-coordinate of Vertex 1 is -3. When we shift it down 2 units, the new y-coordinate will be -3 - 2 = -5.

New coordinates of Vertex 1: (-3, -5)

Vertex 2: (-4,2)

The original y-coordinate of Vertex 2 is 2. When we shift it down 2 units, the new y-coordinate will be 2 - 2 = 0.

New coordinates of Vertex 2: (-4, 0)

Vertex 3: (-1,1)

The original y-coordinate of Vertex 3 is 1. When we shift it down 2 units, the new y-coordinate will be 1 - 2 = -1.

New coordinates of Vertex 3: (-1, -1)

Conclusion

In this article, we have analyzed the given vertices of a triangle and determined the new coordinates after it is shifted down 2 units. We have used the concept of shifting points in the coordinate plane to calculate the new coordinates of the vertices.

Key Takeaways

When a point is shifted down 2 units, its y-coordinate decreases by 2.
To calculate the new coordinates of a point, we subtract 2 from its original y-coordinate.
The new coordinates of the vertices of the triangle after it is shifted down 2 units are (-3, -5), (-4, 0), and (-1, -1).

Practice Problems

A point is shifted up 3 units. What is the new y-coordinate of the point if its original y-coordinate is 2?
A triangle has vertices (2, 3), (4, 5), and (6, 7). What are the new coordinates of the vertices after the triangle is shifted down 2 units?

Answer Key

The new y-coordinate of the point is 2 + 3 = 5.
The new coordinates of the vertices are (2, 1), (4, 3), and (6, 5).
Frequently Asked Questions (FAQs) =====================================

In this article, we will address some common questions related to shifting points in the coordinate plane. We will provide detailed explanations and examples to help you understand the concepts better.

Q: What is the effect of shifting a point up or down on its coordinates?

A: When a point is shifted up, its y-coordinate increases. When a point is shifted down, its y-coordinate decreases. The x-coordinate remains the same in both cases.

Example:

Suppose a point has coordinates (2, 3). If we shift it up 2 units, the new coordinates will be (2, 5). If we shift it down 2 units, the new coordinates will be (2, 1).

Q: How do I calculate the new coordinates of a point after it is shifted up or down?

A: To calculate the new coordinates of a point after it is shifted up or down, you need to add or subtract the shift value from the original y-coordinate. The x-coordinate remains the same.

Example:

Suppose a point has coordinates (2, 3) and we want to shift it up 2 units. The new coordinates will be (2, 3 + 2) = (2, 5).

Q: What is the effect of shifting a point left or right on its coordinates?

A: When a point is shifted left, its x-coordinate decreases. When a point is shifted right, its x-coordinate increases. The y-coordinate remains the same in both cases.

Example:

Suppose a point has coordinates (2, 3). If we shift it left 2 units, the new coordinates will be (2 - 2, 3) = (0, 3). If we shift it right 2 units, the new coordinates will be (2 + 2, 3) = (4, 3).

Q: How do I calculate the new coordinates of a point after it is shifted left or right?

A: To calculate the new coordinates of a point after it is shifted left or right, you need to add or subtract the shift value from the original x-coordinate. The y-coordinate remains the same.

Example:

Suppose a point has coordinates (2, 3) and we want to shift it left 2 units. The new coordinates will be (2 - 2, 3) = (0, 3).

Q: Can I shift a point in multiple directions?

A: Yes, you can shift a point in multiple directions. To do this, you need to add or subtract the shift values from the original coordinates.

Example:

Suppose a point has coordinates (2, 3) and we want to shift it up 2 units and left 1 unit. The new coordinates will be (2 - 1, 3 + 2) = (1, 5).

Q: What is the difference between shifting a point and translating a point?

A: Shifting a point and translating a point are the same thing. Both terms refer to the process of moving a point from one location to another in the coordinate plane.

Conclusion

In this article, we have addressed some common questions related to shifting points in the coordinate plane. We have provided detailed explanations and examples to help you understand the concepts better. We hope this article has been helpful in clarifying any doubts you may have had.

Key Takeaways

Shifting a point up or down affects its y-coordinate.
Shifting a point left or right affects its x-coordinate.
To calculate the new coordinates of a point after it is shifted, you need to add or subtract the shift value from the original coordinates.
You can shift a point in multiple directions by adding or subtracting the shift values from the original coordinates.

Practice Problems

A point is shifted up 3 units. What are the new coordinates of the point if its original coordinates are (2, 3)?
A point is shifted left 2 units. What are the new coordinates of the point if its original coordinates are (4, 5)?
A point is shifted up 2 units and left 1 unit. What are the new coordinates of the point if its original coordinates are (2, 3)?

Answer Key

The new coordinates of the point are (2, 6).
The new coordinates of the point are (2, 5).
The new coordinates of the point are (1, 5).