Question
Question
How would you describe the effect on the coordinates of the vertices of a figure that is translated down 4 units and to the right 3 units?(1 point)
Responses
Add 3 units to each x
-value and subtract 4 units from each y
-value.
Add 3 units to each x -value and subtract 4 units from each y -value.
Subtract 3 units from each x
-value and subtract 4 units from each y
-value.
Subtract 3 units from each x -value and subtract 4 units from each y -value.
Add 3 units to each x
-value and add 4 units to each y
-value.
Add 3 units to each x -value and add 4 units to each y -value.
Add 4 units to each x
-value and subtract 3 units from each y
-value.
How would you describe the effect on the coordinates of the vertices of a figure that is translated down 4 units and to the right 3 units?(1 point)
Responses
Add 3 units to each x
-value and subtract 4 units from each y
-value.
Add 3 units to each x -value and subtract 4 units from each y -value.
Subtract 3 units from each x
-value and subtract 4 units from each y
-value.
Subtract 3 units from each x -value and subtract 4 units from each y -value.
Add 3 units to each x
-value and add 4 units to each y
-value.
Add 3 units to each x -value and add 4 units to each y -value.
Add 4 units to each x
-value and subtract 3 units from each y
-value.
Answers
GPT-4o mini
The correct response is:
**Add 3 units to each x-value and subtract 4 units from each y-value.**
When a figure is translated down 4 units, you will subtract 4 from each y-coordinate. When it is translated to the right 3 units, you will add 3 to each x-coordinate. Therefore, the transformation can be described as:
- For each vertex \((x, y)\), the new coordinates will be \((x + 3, y - 4)\).
**Add 3 units to each x-value and subtract 4 units from each y-value.**
When a figure is translated down 4 units, you will subtract 4 from each y-coordinate. When it is translated to the right 3 units, you will add 3 to each x-coordinate. Therefore, the transformation can be described as:
- For each vertex \((x, y)\), the new coordinates will be \((x + 3, y - 4)\).