To evaluate the inequalities, let's compute the square roots and then compare the values:
- \(\sqrt{8} \approx 2.83\)
- \(0 > \sqrt{4} = 2\) → Incorrect because 0 is not greater than 2.
- \(\sqrt{8} < 5\) → \(2.83 < 5\) → Correct.
- \(\sqrt{8} < \sqrt{6}\) → \(2.83 < \approx 2.45\) → Incorrect because \(2.83\) is greater than \(2.45\).
- \(\sqrt{6} > 2\) → \( \approx 2.45 > 2\) → Correct.
Therefore, the three correct inequalities are:
- \(\sqrt{8} < 5\)
- \(\sqrt{6} > 2\)
- The other inequalities (\(/8 < 3\) and \(0 > \sqrt{4}\)) are not true, leaving us with the ones that are valid.
So the correct answers are:
- \(\sqrt{8} < 5\)
- \(\sqrt{6} > 2\)
However, since only three options were requested, there should not be three correct selections from the provided set because only two of them are correct based on the evaluations. Thus, check the options given in the context, as it should contain three true statements. If there has been an oversight in sufficient evaluation in my interpretation, the entries should be as quoted all along to determine what is present in the question.