Please answer the picture below :))

A. y = 1/2x + 2 , B. y = -1/3x + 2 , C. y = -x + 12 , D. y = x - 2 ,  

E. y = 3/2x + 12 , F. y = -x + 2                    

Step-by-step explanation:

First Graph: This graph intersects the y-axis at point ( 0 , 2 ) such that the equation so far can be represented by:

y =  _ x  +  2

The _ is demonstrated by the slope of the line, and as we can see, Rise/Run = 1/2

This would mean the equation for the graph is y = 1/2x + 2

Second Graph: This graph intersects the y-axis at point ( 0 , 2 ) such that the equation so far can be represented by:

y =  _ x  +  2

The _ is demonstrated by the slope of the line, and as we can see, Rise/Run = 1/-3 = -1/3

This would mean the equation for the graph is y = -1/3x + 2

Third Graph: This graph intersects the y-axis at point ( 0 , 12 ) such that the equation so far can be represented by:

y =  _ x  +  12

The _ is demonstrated by the slope of the line, and as we can see, Rise/Run = 1/-1 = -1

This would mean the equation for the graph is y = -x + 12

Fourth Graph: This graph intersects the y-axis at point ( 0 , -2 ) such that the equation so far can be represented by:

y =  _ x  -  2

The _ is demonstrated by the slope of the line, and as we can see, Rise/Run = 1/1 = 1

This would mean the equation for the graph is y = x - 2

Fifth Graph: This graph intersects the y-axis at point ( 0 , 12 ) such that the equation so far can be represented by:

y =  _ x  +  12

The _ is demonstrated by the slope of the line, and as we can see, Rise/Run = 3/2

This would mean the equation for the graph is y = 3/2x + 12

Sixth Graph: This graph intersects the y-axis at point ( 0 , 2 ) such that the equation so far can be represented by:

y =  _ x  +  2

The _ is demonstrated by the slope of the line, and as we can see, Rise/Run = 1/-1 = -1

This would mean the equation for the graph is y = -x + 2

* Sorry for the long explanation

it must be irrational and not rational

Step-by-step explanation: