Answer:
(f+g)(x) = 6x^2 +5x+10
Step-by-step explanation:
f(x)=7x+7 and g(x)= 6x^2-2x+3
find (f+g)(x)
We will add the 2 functions. I like to line them up vertically.
f(x)= 7x+7
g(x)= 6x^2-2x+3
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(f+g)(x) = 6x^2 +5x+10
Length of blue cloth is 60 inches , length of gold cloth is 48 inches and length of white cloth is 72 inches.
<u>a.</u>
As, the length of all pieces are equal, so for getting the greatest possible length of the pieces, we need to find <u>GCF(greatest common factor) of 60, 48 and 72. </u>
First we will factor out all three numbers completely......

The common factors are: 2, 2 and 3
Thus the GCF 
So, the greatest possible length of the pieces without having any cloth left over will be 12 inches.
<u>b. </u>
For finding the number of pieces for each color cloth, we will just <u>divide the length of each cloth by 12</u>. So...
Number of pieces for blue cloth 
Number of pieces for gold cloth
and
Number of pieces for white cloth 
(5x-6x+2y+x+2) - (-3x+2y+4x+2)
5x-6x+x=0. (x+2y+2)
(2y+2) (x+2y+2)
= 4y-x+4
Answer:
1. 2x² - 8x - 7
2. x³+ x + 30
Step-by-step explanation:
Answer:
y = 3x - 10
Step-by-step explanation:
It's not an option, but you already said in the instructions that the y-intercept is -10.
y = mx + b
M is the slope and b is the y-intercept.