In the standard (x, y) coordinate plane, if a square has the vertices (-2,-3), (2,–3), and (2,1), what is the set of coordinates for the final vertex?

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.3: Hyperbolas
Problem 44E
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S DAILY N X
WEEK_ X
Micros X
S WEEK x
O Micros x
6 Micros x
M Inbox ( x
2038e53478cfbbc97a28d/MyFiles/Downloads/Week_One_Distance_Midpoint Segment Adi.
6 /12
100%
23.
This question is testing your understanding of the Cartesian plane, which you got practice on
doing DAY #2.
In the standard (x, y) coordinate plane, if a square has
the vertices (-2,-3), (2,–3), and (2,1), what is the set
of coordinates for the final vertex?
F. (2,–1)
G. (1,–2)
Н. (—1,2)
J. (-2,-1)
К. (-2,1)
Transcribed Image Text:S DAILY N X WEEK_ X Micros X S WEEK x O Micros x 6 Micros x M Inbox ( x 2038e53478cfbbc97a28d/MyFiles/Downloads/Week_One_Distance_Midpoint Segment Adi. 6 /12 100% 23. This question is testing your understanding of the Cartesian plane, which you got practice on doing DAY #2. In the standard (x, y) coordinate plane, if a square has the vertices (-2,-3), (2,–3), and (2,1), what is the set of coordinates for the final vertex? F. (2,–1) G. (1,–2) Н. (—1,2) J. (-2,-1) К. (-2,1)
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