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(1) PLAC J(-1, 13) I(8, 10) N(3,8) X(-6, 11) then perform these: (a) Reflect JINX over the y-axis and label J'I'N'X'. Write the rule. (b) T(x, y) --> (x - 8, y - 7) and label J"T"N"X", describe the movement for the translation. (c) (x, y) --> (x, -y) and label J"TN"X" (d) Reflect J"T"N"X" over the line y = -2 and label J""N"X" IV

(1) PLAC J(-1, 13) I(8, 10) N(3,8) X(-6, 11) then perform these: (a) Reflect JINX-example-1
User Shreedhar Bhat
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1 Answer

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19 votes

Given data:

The given coordinate of JINX.

(a)

The expression for the coordinate after reflection over y-axis is,


(x,\text{ y)= (-x, y)}

The coordinate of J'I'N'X' is,


\begin{gathered} J^(\prime)=(1,\text{ 13)} \\ I^(\prime)=(-8,\text{ 10)} \\ N^(\prime)=(-3,\text{ 8)} \\ X^(\prime)=(6,\text{ 11)} \end{gathered}

Thus, the coordinate of J' is (1, 13), I' is (-8, 10), N' is (-3, 8) and X' is (6, 11).

(b)

The expression for the coordinate of J''I''N''X'' is,


\begin{gathered} J^(\doubleprime)=(-7,\text{ 6)} \\ I^(\doubleprime)=(-16,\text{ 3)} \\ N^(\doubleprime)=(-11,\text{ 1)} \\ X^(\doubleprime)=(-2,\text{ 4)} \end{gathered}

Thus, the coordinate of J'' is (-7, 6), I' is (-16, 3), N'' is (-11, 1), and X'' is (-2, 4).

User Besbes Riadh
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