The owner of two clothing stores used last week's records to create the following tables for number of items purchased by customers. Store 1 Number of items purchased Store 2 Number of items purchased 0 2 3 4 5 Total 0 1 2 3 4 5 Total Monday 6 8 5 2 0 22 Monday 4 4 5 0 3 0 16 Tuesday 8 7 2 0 0 18 Tuesday 6 5 7 2 2 0 22 Wednesday 9 16 10 8 7 2 52 Wednesday 7 10 12 8 5 2 44 Thursday 12 25 18 16 20 8 99 Thursday 10 21 10 18 6 75 Friday 6 28 30 23 15 6 108 Friday 6 24 22 19 25 8 104 Saturday 7 24 22 20 16 9 98 Saturday 11 20 20 24 10 11 96 Sunday 10 18 15 8 5 4 60 Sunday 12 10 17 4 3 2 48 Total 58 126 101 79 64 29 457 Total 56 94 93 67 66 29 405 1. Create Matrix A to represent the data for store 1, and Matrix B to represent the data for store 2. 2. Find 1/2 (A+B) - the average for the two stores. Label this matrix C. Using matrix C from step 2, answer the following: 3. Determine the probability of selecting a customer who purchased more than 2 items. Show your work. 4. What is the expected number of items sold per customer on Thursday? Show your work. 5. Would you recommend the owner close the store any days of the week? Explain your reasoning