Solve. -If $f ( x ) = | x |$ (solid line)and $g ( x ) = 6$ (dashed line), find when $f ( x ) = g ( x )$ and when $f ( x ) g ( x )$. A) $f ( x ) = g ( x )$ when $x = 6$ and $x = - 6$ $f ( x ) g ( x )$ when $x - 6$ and $x g ( x )$ when $x 6$ C) $f ( x ) = g ( x )$ when $x = 6$ and $x = - 6$ $f ( x ) g ( x )$ when $x 6$ D) $f ( x ) = g ( x )$ when $x = 6$ $f ( x ) g ( x )$ when $x

Question

Solve. -If $f ( x ) = | x |$ (solid line)and $g ( x ) = 6$ (dashed line), find when $f ( x ) = g ( x )$ and when $f ( x ) > g ( x )$. A) $f ( x ) = g ( x )$ when $x = 6$ and $x = - 6$ $f ( x ) > g ( x )$ when $x > - 6$ and $x < 6$ B) $f ( x ) = g ( x )$ when $x = - 6$ $f ( x ) > g ( x )$ when $x > 6$ C) $f ( x ) = g ( x )$ when $x = 6$ and $x = - 6$ $f ( x ) > g ( x )$ when $x < - 6$ or $x > 6$ D) $f ( x ) = g ( x )$ when $x = 6$ $f ( x ) > g ( x )$ when $x < - 6$

Quizplus · Accepted Answer

The Answer of Solve. -If $f ( x ) = | x |$ (solid line)and $g ( x ) = 6$ (dashed line), find when $f ( x ) = g ( x )$ and when $f ( x ) > g ( x )$. A) $f ( x ) = g ( x )$ when $x = 6$ and $x = - 6$ $f ( x ) > g ( x )$ when $x > - 6$ and $x < 6$ B) $f ( x ) = g ( x )$ when $x = - 6$ $f ( x ) > g ( x )$ when $x > 6$ C) $f ( x ) = g ( x )$ when $x = 6$ and $x = - 6$ $f ( x ) > g ( x )$ when $x < - 6$ or $x > 6$ D) $f ( x ) = g ( x )$ when $x = 6$ $f ( x ) > g ( x )$ when $x < - 6$

Solve -If f(x)=∣x∣f ( x ) = | x |f(x)=∣x∣ (Solid Line)and

Solve
-If $f ( x ) = | x |$ (Solid Line)and