To find which square roots have a difference of about 0.5, we can calculate the approximate values of the square roots involved:
- \( \sqrt{11} \approx 3.3166 \)
- \( \sqrt{14} \approx 3.7417 \)
- \( \sqrt{19} \approx 4.3589 \)
- \( \sqrt{24} \approx 4.8989 \)
Now, we can calculate the differences between the square roots:
- \( |\sqrt{11} - \sqrt{14}| \approx |3.3166 - 3.7417| \approx |0.4251| \) (about 0.43)
- \( |\sqrt{14} - \sqrt{19}| \approx |3.7417 - 4.3589| \approx |0.6172| \) (about 0.62)
- \( |\sqrt{19} - \sqrt{24}| \approx |4.3589 - 4.8989| \approx |0.54| \) (about 0.54)
- \( |\sqrt{11} - \sqrt{19}| \approx |3.3166 - 4.3589| \approx |1.0423| \) (about 1.04)
Based on the approximations above, the two square roots that have a difference of about 0.5 are:
\( \sqrt{19} \) and \( \sqrt{24} \), with a difference of about 0.54.