To identify the rational, terminating decimal from the list, let's evaluate each option:
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0.363636... - This is a repeating decimal and is therefore not a terminating decimal.
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√64 - This equals 8, which is a whole number and also a rational terminating decimal.
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5/11 - This is a fraction that results in a repeating decimal (0.454545...), so it is not a terminating decimal.
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7/9 - Like 5/11, this fraction also results in a repeating decimal (0.7777...), so it is not a terminating decimal.
Therefore, the rational, terminating decimal is √64, which equals 8.
Now, for matching the irrational numbers with points on the number line, let's first evaluate each square root:
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√59 - The square root of 59 is approximately 7.68 (between 7 and 8).
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√91 - The square root of 91 is approximately 9.54 (between 9 and 10).
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√38 - The square root of 38 is approximately 6.16 (between 6 and 7).
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√52 - The square root of 52 is approximately 7.21 (between 7 and 8).
Now let's match these:
- Point (a) is likely associated with √38 (approximately 6.16).
- Point (b) is likely associated with √52 (approximately 7.21).
- Point (c) is likely associated with √59 (approximately 7.68).
- Point (d) is likely associated with √91 (approximately 9.54).
So the final matches could be as follows:
- √59 -> c
- √91 -> d
- √38 -> a
- √52 -> b
If there are specific labels on the number line or more context needed, please provide that, and I would be glad to assist further!