The vertices of quadrilateral mnpq are m(-3,-2), n(-1,4), p(2,4), q(4,-2). translate quadrilateral mnpq using the rule (x, y)-> (x+3, y+4)

Therefore, if the vertices of quadrilateral MNPQ given as M(-3,-2), N(-1,4), P(2,4), Q(4,-2) are translated using the rule (x,y)->(x+3, y+4), then the vertices of the quadrilateral M'N'P'Q' are M'(0,  2), N'(2,  8), P'(5,  8), and Q'(7,  2)

The vertices of the quadrilateral are:

M(-3,-2), N(-1,4), P(2,4), Q(4,-2)

The rule of translation is:

(x,y)->(x+3, y+4)

Following the rule of translation above, add 3 to the x-coordinate and 4 to the y-coordinate

The vertices of the quadrilateral M'N'P'Q' are:

M'(-3+3,  -2+4)  =  M'(0,  2)

N'(-1+3,  4 + 4)   =  N'(2,  8)

P'(2+3,  4 + 4)   =  P'(5,  8)

Q'(4+3,  -2+4)   =  Q'(7,  2)

Therefore, if the vertices of quadrilateral MNPQ given as M(-3,-2), N(-1,4), P(2,4), Q(4,-2) are translated using the rule (x,y)->(x+3, y+4), then the vertices of the quadrilateral M'N'P'Q' are M'(0,  2), N'(2,  8), P'(5,  8), and Q'(7,  2)

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Here's what I get.

Step-by-step explanation:

The rule is (x, y) ⟶ (x + 3, y + 4).

That means you must move each point three units to the right and four units up.  Thus,

M(-3, -2) ⟶ M'(0, 2)

N(-1, 4)  ⟶ N'(2, 8)

P(2, 4)    ⟶ P'(5, 8)

Q(4, -2)  ⟶ Q'(7, 2)  

Your quadrilateral is a trapezoid. Both MNPQ and its image M'N'P'Q' are shown in the Figure below.

depends on how many days you are talking about

step-by-step explanation:

fist on the left goes with the third on the right. second on the left goes with the fourth on the right. third on the left goes with the second on the right. the fourth on the left goes with first on the right