The graph of the ceiling function, f (x) = ⌈x⌉, is shown. This function accepts any real number x as input and delivers the least integer greater than or equal to x as output. For instance, f (1.3) = 2 because 2 is the least integer greater than or equal to 1.3. The ceiling function is a type of step function, so named because its graph looks like a set of steps. Enter a function g (x) whose graph is a transformation of the graph of f (x) based on this situation: A parking garage charges $3.00 for the first hour or less and $2.00 for every additional hour or fraction of an hour. Then select the graph of g (x).

a

step-by-step explanation:

"image"

step-by-step explanation:

in most of these problems, the notation is that the point with a "prime" is the image of the point without. that is, b' is the image of b.

here, there is no dilation or reflection. there is simply translation (with no direction shown). which figure you call the "preimage" and which one you call the "image" is up to you. as a matter of convention, the naming is as described above.

nope lol

step-by-step explanation:

the image is given below

since the options are not given so we draw it from the equation

the given equation is

y = (x-1) (x+4)

y = y² + 3x - 4

the above equation is a quadratic equation which will have two roots. if we draw the graph for it, it will look like this