Look at the graph below of the following functions:
For which values of x is
g(x)>0 true?
Look at the graph below of the following functions:
\( f(x)=x^2-6x+8 \)
\( g(x)=-x+4 \)
For which values of x is
\( g(x)>0 \) true?
The following functions are graphed below:
\( f(x)=x^2-6x+8 \)
\( g(x)=4x-17 \)
For which values of x is
\( f(x)<0 \) true?
The following function is graphed below:
\( f(x)=x^2-6x+8 \)
\( g(x)=-x+4 \)
For which values of x is
\( f(x) > g(x) \) true?
The following function is graphed below:
\( g(x)=-x+4 \)
For which values of x is
\( f(x) < g(x) \) true?
The following functions are graphed below:
\( f(x)=x^2-6x+8 \)
\( g(x)=4x-17 \)
For which values of x is
\( f(x) < g(x) \) true?
Look at the graph below of the following functions:
For which values of x is
g(x)>0 true?
x<4
The following functions are graphed below:
For which values of x is
f(x)<0 true?
2 < x < 4
The following function is graphed below:
For which values of x is
f(x) > g(x) true?
x < 1,4 < x
The following function is graphed below:
For which values of x is
f(x) < g(x) true?
1 < x < 4
The following functions are graphed below:
For which values of x is
f(x) < g(x) true?
5 < x
The following functions are graphed below:
\( f(x)=x^2-6x+8 \)
\( g(x)=4x-17 \)
For which values of x is
\( f(x)>0 \) true?
The following functions are graphed below:
For which values of x is
f(x)>0 true?
x < 2, 4 < x