Step-by-step solution: 1. Use Zeller's congruence to compute the day of the week. 2. After substituting the values, remainder corresponds to Thursday. 3. Therefore, 17/11/2022 fell on a Thursday.

Step-by-step solution: 1. Use Zeller's congruence to compute the day of the week. 2. After substituting the values, remainder corresponds to Tuesday. 3. Therefore, 3/5/2022 fell on a Tuesday.

Step-by-step solution: 1. Use Zeller's congruence to compute the day of the week. 2. After substituting the values, remainder corresponds to Wednesday. 3. Therefore, 24/8/2022 fell on a Wednesday.

Step-by-step solution: 1. Use Zeller's congruence to compute the day of the week. 2. After substituting the values, remainder corresponds to Thursday. 3. Therefore, 17/3/2022 fell on a Thursday.

Step-by-step solution: 1. Use Zeller's congruence to compute the day of the week. 2. After substituting the values, remainder corresponds to Thursday. 3. Therefore, 10/2/2022 fell on a Thursday.

Step-by-step solution: 1. Use Zeller's congruence to compute the day of the week. 2. After substituting the values, remainder corresponds to Monday. 3. Therefore, 3/1/2022 fell on a Monday.

Step-by-step solution: 1. Use Zeller's congruence to compute the day of the week. 2. After substituting the values, remainder corresponds to Saturday. 3. Therefore, 24/12/2022 fell on a Saturday.

Step-by-step solution: 1. Use Zeller's congruence to compute the day of the week. 2. After substituting the values, remainder corresponds to Sunday. 3. Therefore, 17/7/2022 fell on a Sunday.

Let's check 1st Jan 2023. Up to 2022: 2000(0) + 22(5 LY + 17 NY = 10+17=27 = 6 odd days). Jan 1 = 1. Total = 6+1=7 = 0 odd days. Day 0 is Sunday. Thus, 1st Jan 2023 was a Sunday.

Odd days up to 2022: 2000(0) + 22 (5 LY + 17 NY = 10+17=27 = 6 odd days). 2023 is NY. Jan to Aug 15 = 3+0+3+2+3+2+3+15 = 31 = 3 odd days. Total = 6 + 3 = 9 = 2 odd days. Day 2 is Tuesday.