like this:
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The rows are diagonal.
This is impossibleYou will have to change the number of the rows or the number of flowers in each row.
Of course. You have a choice of several different lovely arrangements:18 rows with 1 in each row9 rows with 2 in each row6 rows with 3 in each row
write a division sentence modeled by an array that has 2 more rows than the number in each row
65 / 5 = 13 rows
2 in each row
Kind of hard to show in here but... Use five circles to form a regular pentagon, then place the other five circles outside the pentagon - so that each is the point of a triangle (with the other points of the triangle formed by the points of the pentagon.
Four ways:1 row with 6 in each row.2 rows with 3 in each row.3 rows with 2 in each row.6 rows with 1 in each row.
5 rows with 14 in each row7 rows with 10 in each row
This is impossibleYou will have to change the number of the rows or the number of flowers in each row.
There is five rows...so.......there is ten stars in each row. :)
1 row of 24 2 rows of 12 3 rows of 8 4 rows of 6 6 rows of 4 8 rows of 3 12 rows of 2 24 rows of 1
I believe you said there'd be 12 in each row.
Of course. You have a choice of several different lovely arrangements:18 rows with 1 in each row9 rows with 2 in each row6 rows with 3 in each row
8 rows of 6 students 6 rows of 8 students 4 rows of 12 students 3 rows of 16 students 2 rows of 24 students 1 row of 48 students
by 2 rows
If you divide plants into four rows of three plants each, you would need 12 plants. With seven plants, you could divide them into two rows with 3 in one row and 4 in the other, plant them all in one row, make 3 rows with 2 in two rows and 3 in one row, etc.
each row in the Periodic Table is called a period.