1. **Problem Statement:** We are given data of tourists visiting various provinces in Thailand from November 1 to November 7, 2567 (Buddhist calendar year). The task is to create a frequency distribution table of the destination provinces and then create a graph to present this data. 2. **Understanding Frequency Distribution:** A frequency distribution table lists each unique category (here, provinces) and counts how many times each appears in the data. 3. **Step-by-step Solution:** - Collect all provinces from the data: Phuket, Chiang Mai, Chonburi, Ranong, Bangkok, Pattani - Count the occurrences of each province: - Phuket: Count all appearances - Chiang Mai: Count all appearances - Chonburi: Count all appearances - Ranong: Count all appearances - Bangkok: Count all appearances - Pattani: Count all appearances 4. **Counting occurrences:** - November 1: Phuket(3), Chiang Mai(1), Chonburi(1), Ranong(1) - November 2: Chonburi(1), Bangkok(2), Phuket(3), Chiang Mai(1) - November 3: Bangkok(1), Phuket(1), Chiang Mai(2), Ranong(1) - November 4: Ranong(2), Chiang Mai(2), Bangkok(1) - November 5: Chonburi(1), Chiang Mai(4), Pattani(1), Ranong(1) - November 6: Pattani(1), Bangkok(1), Ranong(2), Phuket(2) - November 7: Bangkok(1), Phuket(1), Chonburi(1), Ranong(1), Chiang Mai(1) 5. **Summing totals:** - Phuket: $3+3+1+0+0+2+1=10$ - Chiang Mai: $1+1+2+2+4+0+1=11$ - Chonburi: $1+1+0+0+1+0+1=4$ - Ranong: $1+0+1+2+1+2+1=8$ - Bangkok: $0+2+1+1+0+1+1=6$ - Pattani: $0+0+0+0+1+1+0=2$ 6. **Frequency Distribution Table:** | Province | Frequency | |-----------|-----------| | Chiang Mai| 11 | | Phuket | 10 | | Ranong | 8 | | Bangkok | 6 | | Chonburi | 4 | | Pattani | 2 | 7. **Graphical Presentation:** A bar graph can be used to present this frequency distribution, with provinces on the x-axis and frequency on the y-axis. --- **Final answer:** The frequency distribution table is as above.