Quadrilateral ABCD was translated 6 units left and 4 units up to create quadrilateral A'B'C'D'.
А
10
AT
Which rule best describes this transformation?
A. (x. y) - (x + 6. y + 4)
B. (x, y) -(X-6, 7-4)
C. (x, y)--(x + 6. y - 4)
D. (XY) --(X-6. y + 4)
Please hurry and give right answer thank youuu

Yuh yeet honestly idk

So the first thing we do is to multiply the top equation by 3. the reason i want to do this is i notice there will be a 6y on both equations and can possibly add/subtract them. so we get 6y = -3x + 27. adding that and the second equation we get 6x = 27-15 which is 12. divide by 6 and we get 2. ∴ x = 2. substituting 2 into the first equation we get 2y = -2 + 9 which is 7. divide by 2 and we get 7/2. ∴ y = 7/2, x = 2.