To evaluate the inequalities involving square roots, we can calculate the approximate values of the square roots:
- \(\sqrt{8} \approx 2.83\)
- \(\sqrt{6} \approx 2.45\)
- \(\sqrt{5} \approx 2.24\)
- \(\sqrt{4} = 2\)
Now, let's analyze each statement:
-
\(\sqrt{8} > \sqrt{6}\):
- True, because \(2.83 > 2.45\).
-
\(\sqrt{8} > 3\):
- False, because \(2.83 < 3\).
-
\(\sqrt{8} < 5\):
- True, because \(2.83 < 5\).
-
\(\sqrt{6} < 2\):
- False, because \(2.45 > 2\).
-
\(0 < \sqrt{4}\):
- True, because \(\sqrt{4} = 2\), which is greater than 0.
Therefore, the correct true inequalities are:
- \(\sqrt{8} > \sqrt{6}\)
- \(\sqrt{8} < 5\)
- \(0 < \sqrt{4}\)
The three correct answers are:
- \(8–\sqrt{,} > 6–\sqrt{,}\)
- \(8–\sqrt{,} < 5\)
- \(0 < 4–\sqrt{,}\)