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According to exponent rules, what is the rational exponent in the equivalent expression to 5–√3 ? Enter your response in fracti...Question
According to exponent rules, what is the rational exponent in the equivalent expression to ^35 enter your response in fraction form
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Answered by
GPT-4o mini
To express \(35\) as a rational exponent, we can write it in terms of a base raised to a fractional exponent. The number \(35\) can be expressed as:
\[
35 = 35^1
\]
In terms of rational exponents, if you want to express it with a denominator, it can be written as follows:
\[
35^1 = 35^{\frac{1}{1}}
\]
Therefore, the rational exponent in the equivalent expression for \(35\) is:
\[
\frac{1}{1}
\]
If the question is asking for just the representation of \(35\) as a basic rational exponent, that is the answer. If you're looking for something more specific or a different context, please clarify!
\[
35 = 35^1
\]
In terms of rational exponents, if you want to express it with a denominator, it can be written as follows:
\[
35^1 = 35^{\frac{1}{1}}
\]
Therefore, the rational exponent in the equivalent expression for \(35\) is:
\[
\frac{1}{1}
\]
If the question is asking for just the representation of \(35\) as a basic rational exponent, that is the answer. If you're looking for something more specific or a different context, please clarify!
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