Quadrilateral abcd is located at a(-2,2) b(-2,4) g(2,4) d(2,2). the quadrilateral is then transformed using the rule (x+2,y-3) to form the image a'b'c'd'. what are the new coordinates of of a'b'c'd'? describe what characteristics you would find if the corresponding vertices were connected with line segments.

A'(0,1),B'(0,-1), C'(4,1), D'(4,-1)

Rectangle

Step-by-step explanation:

We are given that a quadrilateral ABCD is located at A (-2,2), B(-2,4), C(2,4) and D (2,2).

We have to find the new coordinates of A'B'C'D' after translation by the rule  (x+2,y-3) of quadrilateral ABCD.

Apply the given rule of transformation

When we meet the vertices with the line segments then the shape formed is rectangle because opposite sides are equal and each angle is equal to 90 degrees in given figure.

answer: yes, he is correct

step-by-step explanation: 10x-1=59

                                              1-1=0     59+1=60

60/10=x=6

mr. flanders’ class sold 47 doughnuts and   mr. rodriquez’s class sold 38 cartons of milk

step-by-step explanation:

let x be the number of doughnuts sold by mr. flanders’ class and y be the number of cartons sold by mr. rodriquez’s class.

1. together, the classes sold 85 items, then

x+y=85.

2. both classes earn earned $104.49 for their school. if doughnuts were sold for $1.35 each, then x doughnuts costed $1.35x. if cartons of milk were sold for $1.08 each, then y cartons costed $1.08y. hence,

1.35x+1.08y=104.49.

3. solve the system of two equations: