The absolute value of e, without any other transformations, would simply be e, since ex cannot take on negative values.
I
buttle
the line goes down from left to right as the absolute value of the negative slope get bigger, the graph of the line gets steeper as the absolute value of the negative slope gets smaller, the graph of the line gets less steep ( apex )
Absolute Value function
vertex
That is a result of an absolute value equation. So an Absolute Value Graph
No.
I
And stop cheating
buttle
It is sometimes the point where the value inside the absolute function is zero.
the line goes down from left to right as the absolute value of the negative slope get bigger, the graph of the line gets steeper as the absolute value of the negative slope gets smaller, the graph of the line gets less steep ( apex )
Absolute Value function
vertex
Linear
The absolute value of the difference.
A. As the absolute value of the negative slope gets bigger, the graph of the line gets steeper B. The line goes up from left to right C. As the absolute value of the negative slope gets smaller, the graph of the line gets less steep D. The line goes down from left to right E. The line shifts down