Which statement best compares the graphs of f(x)=[x] and f(x)=[x]? the two graphs are exactly the same. the open and closed circles are reversed. the open and closed circles are reversed, and the graph of f(x)=[x] shifts up. the open and closed circles are the same, but the graph of f(x)=[x] shifts up.

the open and closed circles are reversed and the graph of f(x)=ceil(x) i. e. least integer function shifts up.

Step-by-step explanation:

the explanation to this question could be clearly seen from the graph of these two functions.

as  for     0 ≤x<1 the floor function takes the value 0 everywhere and it has closed brackets at 0 and open brackets at 1, while for   0<x≤1 the ceiling function takes the value 1 and it has open brackets at 0 and closed brackets at 1 similarly the graph could be extended in the whole real line.

6 on both sides and twelve on the top and the bottom

step-by-step explanation:

$15 each

step-by-step explanation:

$45/3 children= $15 each