To simplify \( x^{10} \) in terms of the options provided, let's analyze each option:
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Option 1: \( \frac{x^2}{x^8} \)
\[ \frac{x^2}{x^8} = x^{2 - 8} = x^{-6} \]
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Option 2: \( \frac{1}{x^6} \)
This is simply \( x^{-6} \), which is equivalent to the result of Option 1.
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Option 3: \( (x^2) \cdot (x^8) \)
\[ (x^2) \cdot (x^8) = x^{2 + 8} = x^{10} \]
Now, we can summarize the equivalents:
- Option 1 and Option 2 both equal \( x^{-6} \).
- Option 3 is equivalent to \( x^{10} \).
Thus, the equivalent expression to \( x^{10} \) among the options provided is Option 3: \( (x^2) \times (x^8) \).