To express \( \frac{8}{11} \) as a repeating decimal, we can perform the long division of 8 by 11.
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Divide 8 by 11. Since 8 is less than 11, we place a decimal point and add a zero. This allows us to divide 80 by 11.
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\( 11 \) goes into \( 80 \) a total of \( 7 \) times (since \( 11 \times 7 = 77 \)).
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Subtract \( 77 \) from \( 80 \) to get \( 3 \).
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Bring down another \( 0 \), making it \( 30 \).
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\( 11 \) goes into \( 30 \) \( 2 \) times (since \( 11 \times 2 = 22 \)).
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Subtract \( 22 \) from \( 30 \) to get \( 8 \).
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Bring down another \( 0 \), making it \( 80 \) again.
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At this point, we see that we have returned to \( 80 \), which means the sequence will repeat.
Thus, the decimal representation of \( \frac{8}{11} \) is:
\[ 0.\overline{72} \]
The repeating decimal is \( 0.\overline{72} \), with the digits \( 72 \) repeating indefinitely.