1
answer
0
watching
213
views
28 Apr 2020
The function 
is graphed below is defined by a polynomial expression of degree 4use the graph to solve the exercise.
The solutions of the equation 
are the ________-intercepts of the graph of . The solution of the inequality 
is the set of 
-values at which the graph of is on or above the ______-axis. From the graph of we find that the solutions of the equation are 
and , and the solution of the inequality 
The function is graphed below is defined by a polynomial expression of degree 4use the graph to solve the exercise.
The solutions of the equation are the ________-intercepts of the graph of . The solution of the inequality is the set of -values at which the graph of is on or above the ______-axis. From the graph of we find that the solutions of the equation are and , and the solution of the inequality
Jarrod RobelLv2
28 May 2020
is a local maximum value of 
. From the graph of 
; the other local maximum is _____, and it occurs when 
