1. **State the problem:** We have a table showing grocery purchase options for men and women with some missing values. We need to fill in the missing values using the totals provided. 2. **Given table:** | Store | Online | Total | |--------|--------|-------| | Women | [ ] | [ ] | 28 | | Men | 28 | [ ] | 34 | | Total | 51 | [ ] | [ ] | 3. **Use the rules of addition for tables:** - The sum of the values in each row equals the row total. - The sum of the values in each column equals the column total. 4. **Find missing values step-by-step:** - For Men, total is 34 and Online is 28, so Store for Men = $34 - 28 = 6$. - Total Online shoppers = 51, Men Online = 28, so Women Online = $51 - 28 = 23$. - Women total is 28, Women Online is 23, so Women Store = $28 - 23 = 5$. - Total Store shoppers = Women Store + Men Store = $5 + 6 = 11$. - Total shoppers overall = Women total + Men total = $28 + 34 = 62$. 5. **Completed table:** | Store | Online | Total | |--------|--------|-------| | Women | 5 | 23 | 28 | | Men | 6 | 28 | 34 | | Total | 11 | 51 | 62 | 6. **Summary:** We used the totals and subtraction to find missing values ensuring row and column sums match. **Final answer:** Women Store = 5, Women Online = 23, Men Store = 6, Total Store = 11, Total Online = 51, Total shoppers = 62.