Hexagon DEFGHI is translated on the coordinate plane below to create hexagon D'E'F'G'H'I':

Hexagon DEFGHI and Hexagon D prime E prime F prime G prime H prime I prime on the coordinate plane with ordered pairs at D 2, 5, at E 5, 5, at F 6, 3, at G 5, 1, at H 2, 1, at I 1, 3, at D prime negative 6, negative 2, at E prime negative 3, negative 2, at F prime negative 2, negative 4, at G prime negative 3, negative 6, at H prime negative 6, negative 6, at I prime negative 7, negative 4

Which rule represents the translation of hexagon DEFGHI to hexagon D'E'F'G'H'I'?

Question

Hexagon DEFGHI is translated on the coordinate plane below to create hexagon D'E'F'G'H'I':

Hexagon DEFGHI and Hexagon D prime E prime F prime G prime H prime I prime on the coordinate plane with ordered pairs at D 2, 5, at E 5, 5, at F 6, 3, at G 5, 1, at H 2, 1, at I 1, 3, at D prime negative 6, negative 2, at E prime negative 3, negative 2, at F prime negative 2, negative 4, at G prime negative 3, negative 6, at H prime negative 6, negative 6, at I prime negative 7, negative 4

Which rule represents the translation of hexagon DEFGHI to hexagon D'E'F'G'H'I'?

alexandervonhumboldt2 · Answer

D(2, 5)  =>  D'(-6, -2) 
E(5, 5)  =>  E'(-3, -2)
F(6, 3)  =>  F'(-2, -4)         to find the rule just subtract corrdinate 1 of any pair of points from coordinate 2:  -2-6=-8      -4-3=-7       so the rule is (x-8 , y-7)

anonymous · Answer

Defiantly (x,y)-> (x-8, y-7)