Let $y=p(x)$ be defined by the following graph, and let $y_{0}=p\left(x_{0}\right)$ and $y_{1}=p\left(x_{1}\right)$.

Arrange the following values in order from least to greatest by placing a " 1 " next to the least, a "2" next to the next least, etc.
A. $p\left(x_{0}\right)$
B. $-p\left(x_{0}\right)$
C. $p\left(2 x_{0}\right)$

Question

Let $y=p(x)$ be defined by the following graph, and let $y_{0}=p\left(x_{0}\right)$ and $y_{1}=p\left(x_{1}\right)$.
  
Arrange the following values in order from least to greatest by placing a " 1 " next to the least, a "2" next to the next least, etc.
A. $p\left(x_{0}\right)$
B. $-p\left(x_{0}\right)$
C. $p\left(2 x_{0}\right)$

Quizplus · Accepted Answer

The Answer of Let $y=p(x)$ be defined by the following graph, and let $y_{0}=p\left(x_{0}\right)$ and $y_{1}=p\left(x_{1}\right)$.
  
Arrange the following values in order from least to greatest by placing a " 1 " next to the least, a "2" next to the next least, etc.
A. $p\left(x_{0}\right)$
B. $-p\left(x_{0}\right)$
C. $p\left(2 x_{0}\right)$

Let y=p(x)y=p(x)y=p(x) Be Defined by the Following Graph, and Let y0=p(x0)y_{0}=p\left(x_{0}\right)y0​=p(x0​) And y1=p(x1)y_{1}=p\left(x_{1}\right)y1​=p(x1​)

Let $y=p(x)$ Be Defined by the Following Graph, and Let $y_{0}=p\left(x_{0}\right)$ And $y_{1}=p\left(x_{1}\right)$