We can partition complex graphs to describe them. Consider the graph shown below. Here’s one way to describe the graph based on the given partitions:
Part 1 describes a cubic polynomial that’s been translated to the right and up.
Part 2 describes a quadratic function that’s been reflected across the x-axis and translated to the right and up.
Part 3 describes an exponential decay function that approaches a horizontal asymptote.

( - 4 , -7 )

all the lines must parallel  

step-by-step explanation:

coordinates of c = ( - 1 , 2 )

3 units left = ( -4 , 2 )

9 units down = ( - 4 , 11 )

ιт ιѕ 12 αв

нσρє ι ¢συℓ∂ нєℓρ уα

oof. u are asking for t much

x=-2

step-by-step explanation:

i began by flipping the problem to give me x= on the left (keeps it clearer for me).   so my problem simply became 10x-3=4x-6.  

1)   subtract 4x from the right side, which equals 0.   you do the same to the left of the equal as the right; therefore, subtract 4x from 10x, leaving 6x on the left.

              10x-3=4x-6   :   4x-4x on the right leaves only the -6        

2)             6x-3= 0-6 :    

                6x+3=   -6

3) divide