Question
A= ( -5,4)
B= (-1,4)
After applying a translation vector to rectangle ABDC
, the coordinates of A′
are (−6,8)
. What are the coordinates of B′
?
(1 point)
(
,
)
B= (-1,4)
After applying a translation vector to rectangle ABDC
, the coordinates of A′
are (−6,8)
. What are the coordinates of B′
?
(1 point)
(
,
)
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To find the coordinates of \(B'\) after the translation, we first need to determine the translation vector. We know the original coordinates of point \(A\) and the new coordinates of point \(A'\):
- Original coordinates of \(A\): \((-5, 4)\)
- New coordinates of \(A'\): \((-6, 8)\)
The translation vector can be determined by subtracting the coordinates of \(A\) from the coordinates of \(A'\):
\[
\text{Translation vector} = A' - A = (-6, 8) - (-5, 4) = (-6 + 5, 8 - 4) = (-1, 4)
\]
Now we apply this translation vector to point \(B\):
- Original coordinates of \(B\): \((-1, 4)\)
Calculating the new coordinates of \(B'\):
\[
B' = B + \text{Translation vector} = (-1, 4) + (-1, 4) = (-1 - 1, 4 + 4) = (-2, 8)
\]
Therefore, the coordinates of \(B'\) are:
\[
\boxed{(-2, 8)}
\]
- Original coordinates of \(A\): \((-5, 4)\)
- New coordinates of \(A'\): \((-6, 8)\)
The translation vector can be determined by subtracting the coordinates of \(A\) from the coordinates of \(A'\):
\[
\text{Translation vector} = A' - A = (-6, 8) - (-5, 4) = (-6 + 5, 8 - 4) = (-1, 4)
\]
Now we apply this translation vector to point \(B\):
- Original coordinates of \(B\): \((-1, 4)\)
Calculating the new coordinates of \(B'\):
\[
B' = B + \text{Translation vector} = (-1, 4) + (-1, 4) = (-1 - 1, 4 + 4) = (-2, 8)
\]
Therefore, the coordinates of \(B'\) are:
\[
\boxed{(-2, 8)}
\]
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