To find the value of \(\log 88\) using the given values of \(\log 8\) and \(\log 11\), we can use the property of logarithms that states:
\[ \log(ab) = \log a + \log b \]
Thus, we can express \(\log 88\) as follows:
\[ \log 88 = \log(8 \times 11) = \log 8 + \log 11 \]
Given:
- \(\log 8 \approx 0.9031\)
- \(\log 11 \approx 1.0414\)
Now, we can calculate:
\[ \log 88 \approx 0.9031 + 1.0414 = 1.9445 \]
Therefore, the value of \(\log 88\) is approximately \(1.9445\).
Among the provided options, the closest match is:
\(\log 88 \approx 1.9445\)
So the final answer is:
\(\log 88 \approx 1.9445\)