To determine which inequalities are true, let's first calculate \( \sqrt{8} \):
\[ \sqrt{8} = \sqrt{4 \times 2} = \sqrt{4} \cdot \sqrt{2} = 2\sqrt{2} \approx 2.828 \]
Now, we can analyze each inequality:
-
\( \sqrt{8} > \sqrt{7} \)
- True. Since \( 8 > 7 \), it follows that \( \sqrt{8} > \sqrt{7} \).
-
\( \sqrt{8} > 8 \)
- False. \( 2.828 < 8 \).
-
\( 0 < \sqrt{8} \)
- True. Since \( \sqrt{8} \) is a positive number.
-
\( \sqrt{8} < 2 \)
- False. Since \( 2.828 > 2 \).
-
\( \sqrt{8} < 3 \)
- True. Since \( 2.828 < 3 \).
Now we summarize the truth values:
- True: \( \sqrt{8} > \sqrt{7} \) (first response), \( 0 < \sqrt{8} \) (third response), and \( \sqrt{8} < 3 \) (fifth response).
- False: \( \sqrt{8} > 8 \) (second response) and \( \sqrt{8} < 2 \) (fourth response).
The correct answers are:
- \( \sqrt{8} > \sqrt{7} \)
- \( 0 < \sqrt{8} \)
- \( \sqrt{8} < 3 \)