5. m=3 because 6/2 is the slope. b= 1
6. m= -4 because -20/5 is the slope. b= 140
The statement says, "Triangle ABC has vertices A(1,2), B(1,5), and C(4,2) and undergoes a transformation."
The question asked is to find the set of vertices that does not belong to the group. This means that an attachment is expected to be there. The absence of any attachment makes this question hard to answer. Maybe this helps answer you question.
Roots of the polynomial 
are 
Step-by-step explanation:
We need to find roots of the polynomial equation:
Solving the polynomial to find roots:
Finding factors by grouping:
So, roots of the polynomial are
Keywords: Roots of Polynomial
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b= -1/4 x
Step-by-step explanation:
2x+3b=x−b
Step 1: Add b to both sides.
3b+2x+b=−b+x+b
4b+2x=x
Step 2: Add -2x to both sides.
4b+2x+−2x=x+−2x
4b=−x
Step 3: Divide both sides by 4.
4b/4 = -x/4
b= -1/4 x
I'd say first isolate the "x"
(x+3)/3=(y+2)/2
x+3=3*(y+2)/2
x=3(y+2)/2 -3
so we get "x" equals three times "y" plus two which is then divided by two and subtracted by three.
after that I would simply divide both sides by three as shown below
x/3=( 3*(y+2)/2 -3)/3
x/3 =(y+2)/2 -1 (answer simplified)
