The provided image contains programming code in Python, Pascal, C++, and an algorithmic language, alongside a problem description and multiple-choice options. The task is to determine which pairs of input values (s, t) will cause the program to output 'YES'. The condition for outputting 'YES' is `(s < 6) or (t > 1)`. Evaluate each option: 1. (7, 9): * Is s < 6? 7 < 6 is False. * Is t > 1? 9 > 1 is True. * Is (False or True)? True. So, "YES" is printed. 2. (0, 3): * Is s < 6? 0 < 6 is True. * Is t > 1? 3 > 1 is True. * Is (True or True)? True. So, "YES" is printed. 3. (8, -2): * Is s < 6? 8 < 6 is False. * Is t > 1? -2 > 1 is False. * Is (False or False)? False. So, "NO" is printed. 4. (12, 0): * Is s < 6? 12 < 6 is False. * Is t > 1? 0 > 1 is False. * Is (False or False)? False. So, "NO" is printed. 5. (5, 10): * Is s < 6? 5 < 6 is True. * Is t > 1? 10 > 1 is True. * Is (True or True)? True. So, "YES" is printed. The pairs that output 'YES' are (7, 9), (0, 3), and (5, 10). These correspond to options 1, 2, and 5. Write down the numbers of the selected pairs in increasing order.