To evaluate each of the statements regarding the square roots and π, we can calculate their values:
-
For \(\sqrt{12}\):
- \(\sqrt{12} \approx 3.464\)
- \(\pi \approx 3.142\)
Since \(3.464 > 3.142\), \(\sqrt{12} > \pi\). So the first statement (\(\sqrt{12} > \pi\)) is true.
-
For \(\sqrt{16}\):
- \(\sqrt{16} = 4\)
Since \(4 = 4\), the second statement (\(\sqrt{16} < 4\)) is false, and the first statement (\(\sqrt{16} > 4\)) is also false.
Based on this analysis, the true statement is:
\(\sqrt{12} > \pi\)