The conversion of the exponent into the simplest radical form will be √6.
How do convert the exponent into the simplest radical form?
If an is a true figure and n is a numeric value bigger than 1, then [tex]\sqrt[\rm n]{\rm a} =\left ( \rm a \right ) ^{\frac{1}{ \rm n}}[/tex], where the symbol is referred to as the radical, and is referred to as the dividing a large, and n is referred to as the index.
If the power of the variable "a" is b/c.
Then the simplest radical form of the expression will be
[tex]\rm \left ( a \right )^{\rm \frac{b}{c}} = \rm \sqrt[\rm c]{\rm a^b}[/tex]
The expression is given below.
[tex]\rightarrow \left (6 \right ) ^{\frac{1}{2}}[/tex]
The conversion of the exponent into the simplest radical form will be
[tex]\left (6 \right ) ^{\frac{1}{2}} = \sqrt[2]{(6)^1} = \sqrt6[/tex]
The conversion of the exponent into the simplest radical form will be √6.
More about the simplest radical form link is given below.
https://brainly.com/question/7440652
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