To solve for \( x \) in the equation \( x^8 = 200 \), we can take the eighth root of both sides:
\[ x = 200^{1/8} \]
Now, we can compute \( 200^{1/8} \):
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Find \( 200^{1/8} \).
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Since \( 200 = 2^3 \times 5^2 \), we can express this as: \[ 200^{1/8} = (2^3 \times 5^2)^{1/8} = 2^{3/8} \times 5^{2/8} = 2^{3/8} \times 5^{1/4} \]
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Calculating \( 2^{3/8} \) and \( 5^{1/4} \) separately yields: \[ 2^{3/8} \approx 1.6818 \quad \text{and} \quad 5^{1/4} \approx 1.4953 \]
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Therefore, \[ x \approx 1.6818 \times 1.4953 \approx 2.5123 \]
Hence, \( x \) is approximately \( 2.5123 \). None of the provided options (208, 25, 1600, 192) match this calculation.
To ensure accuracy, let's simplify the equation further: \[ x^8 = 200 \implies x = 200^{1/8} \]
Using a calculator: \[ 200^{1/8} \approx 2.5123 \]
Thus, if we assumed 200 instead of \( x^8 \) and not limited by options, the value is not available in the multiple-choice responses provided. Could you double-check the options you need to choose from?