Provide an appropriate response.
-Consider the following:
$\begin{gathered}
\sqrt{x}+3=5 \
\sqrt{x}=2 \
(\sqrt{x})^{2}=2^{2} \
x=4
\end{gathered}$
What would have happened if the radical had not been isolated before the principle of squaring was used? Could the equation still have been solved? Why or why not?

Question

Quizplus · Accepted Answer

The Answer of Provide an appropriate response.
-Consider the following:
$\begin{gathered}
\sqrt{x}+3=5 \
\sqrt{x}=2 \
(\sqrt{x})^{2}=2^{2} \
x=4
\end{gathered}$
What would have happened if the radical had not been isolated before the principle of squaring was used? Could the equation still have been solved? Why or why not?

Provide an Appropriate Response x+3=5x=2(x)2=22x=4\begin{gathered}\sqrt{x}+3=5 \\\sqrt{x}=2 \\(\sqrt{x})^{2}=2^{2} \\x=4\end{gathered}x​+3=5x​=2(x​)2=22x=4​ What Would Have Happened If the Radical Had Not Been

Provide an Appropriate Response $\begin{gathered}\sqrt{x}+3=5 \\\sqrt{x}=2 \\(\sqrt{x})^{2}=2^{2} \\x=4\end{gathered}$ What Would Have Happened If the Radical Had Not Been