Let's evaluate each option one by one:
Option A: [tex]\(\frac{5}{3}\)[/tex]
Dividing 5 by 3 gives us approximately [tex]\(1.6666666666666667\)[/tex].
Option B: [tex]\(\sqrt{20}\)[/tex]
The square root of 20 is approximately [tex]\(4.47213595499958\)[/tex].
Option C: [tex]\(\frac{8}{0.2}\)[/tex]
Dividing 8 by 0.2 results in [tex]\(40.0\)[/tex].
Option D: [tex]\(16 \div \left(\frac{1}{4}\right)\)[/tex]
Dividing 16 by [tex]\(\frac{1}{4}\)[/tex] is equivalent to multiplying 16 by 4, which gives us [tex]\(64.0\)[/tex].
Option E: [tex]\(\sqrt{4}\)[/tex]
The square root of 4 is [tex]\(2.0\)[/tex].
Therefore, the numerical results for each option are as follows:
- Option A: [tex]\(1.6666666666666667\)[/tex]
- Option B: [tex]\(4.47213595499958\)[/tex]
- Option C: [tex]\(40.0\)[/tex]
- Option D: [tex]\(64.0\)[/tex]
- Option E: [tex]\(2.0\)[/tex]
By comparing these results, we can see that each option has a unique value. So, if you need to select one of these options based on a specific criterion, such as which is the largest or smallest value, you can make your choice accordingly.
