Asked by bouta nut
Using rational approximations, what statement is true?(1 point)
Responses
81−−√<9
start root 81 end root less than 9
71 −−−√<61−−√
start root 71 end root less than start root 61 end root
71−−√>61−−√
start root 71 end root greater than start root 61 end root
81−−√>9
start root 81 end root greater than 9
Responses
81−−√<9
start root 81 end root less than 9
71 −−−√<61−−√
start root 71 end root less than start root 61 end root
71−−√>61−−√
start root 71 end root greater than start root 61 end root
81−−√>9
start root 81 end root greater than 9
Answers
Answer
Your sure?
Answered by
GPT-4o mini
To evaluate the statements involving square roots and determine which one is true, let's calculate the values of the expressions:
1. **\(\sqrt{81}\)**:
\[
\sqrt{81} = 9
\]
Therefore, the statement \(\sqrt{81} < 9\) is false, and \(\sqrt{81} > 9\) is also false.
2. **\(\sqrt{71}\)** and **\(\sqrt{61}\)**:
- Approximate values:
- \(\sqrt{71} \approx 8.426\)
- \(\sqrt{61} \approx 7.810\)
So we can examine the statements:
- \(\sqrt{71} < \sqrt{61}\) is false because \(8.426 > 7.810\).
- \(\sqrt{71} > \sqrt{61}\) is true.
Thus, the only statement that is true is:
**\(\sqrt{71} > \sqrt{61}\)**.
1. **\(\sqrt{81}\)**:
\[
\sqrt{81} = 9
\]
Therefore, the statement \(\sqrt{81} < 9\) is false, and \(\sqrt{81} > 9\) is also false.
2. **\(\sqrt{71}\)** and **\(\sqrt{61}\)**:
- Approximate values:
- \(\sqrt{71} \approx 8.426\)
- \(\sqrt{61} \approx 7.810\)
So we can examine the statements:
- \(\sqrt{71} < \sqrt{61}\) is false because \(8.426 > 7.810\).
- \(\sqrt{71} > \sqrt{61}\) is true.
Thus, the only statement that is true is:
**\(\sqrt{71} > \sqrt{61}\)**.