- First, look closely: After examining the entire grid again, I can make out the apple counts for most trees despite the low resolution. I will now systematically count the trees with 3, 4, and 5 apples.
- Trees with 3 apples: I can identify 5 trees that clearly have 3 apples each (one in row 1, column 2; one in row 2, column 1; one in row 2, column 3; one in row 3, column 1; and one in row 3, column 3).
- Trees with 4 apples: I can identify 3 trees that have 4 apples each (one in row 1, column 1; one in row 1, column 3; and one in row 2, column 2).
- Trees with 5 apples: I can identify 4 trees that have 5 apples each (one in row 1, column 4; one in row 2, column 4; one in row 3, column 2; and one in row 3, column 4).
- Next, find information: I have counted all the trees. The total is 5 + 3 + 4 = 12, which matches the number of trees shown. I will now address the second part of the worksheet, which asks to draw one more tree for each set and then recount. This is an instruction for the student to complete, not a question for me to answer with new data. The solution is the initial count.
- Then, review the findings: My count for the first task is complete and consistent. The second task is an interactive exercise for the user.
- 5
- 3
- 4
Parent Tip: Review the logic above to help your child master the concept of sorting worksheet for kindergarten.
