1. **Problem Statement:** Determine the possible number that can come after 65 in the given data sequence, ignoring the asterisks (*). 2. **Understanding the Problem:** The data is a large matrix of two-digit numbers with some missing values marked by **. We need to find a number that logically follows 65 in the sequence. 3. **Approach:** Since the data is not a simple arithmetic or geometric sequence, we look for occurrences of 65 and check the numbers that immediately follow it in the rows. 4. **Finding occurrences of 65:** Scan through the data rows to find where 65 appears and note the number that comes immediately after it (ignoring **). 5. **Examples from the data:** - In the row containing "65 75 17 30 07", after 65 comes 75. - In the row "35 65 89 32 70", after 65 comes 89. - In the row "57 07 65 62 32", after 65 comes 62. - In the row "05 51 61 65 40", after 65 comes 40. - In the row "94 69 65 67 56", after 65 comes 67. - In the row "65 43 42 81 05", after 65 comes 43. - In the row "28 99 72 01 65", 65 is at the end, so no number follows. - In the row "** 65 80 26 93", after 65 comes 80. - In the row "25 59 02 85 87", no 65. 6. **Conclusion:** The numbers that come after 65 vary: 75, 89, 62, 40, 67, 43, 80, etc. There is no single fixed number that always follows 65. 7. **Final answer:** Possible numbers that can come after 65 include $75$, $89$, $62$, $40$, $67$, $43$, $80$, among others. This indicates that the number following 65 depends on the context or position in the data, and multiple numbers are possible.