This is impossible
You will have to change the number of the rows or the number of flowers in each row.
Plant them in the shape of a star. The way the five lines (rows) overlap, you only need 10 total.
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He will plant 67 rows. 68 rows at 125 a row would be more than 8450.
To plant 10 trees in 5 rows with 4 in each row, you would need to create a grid with 5 rows and 4 columns. Each intersection of a row and column represents a tree planting spot. Start by planting 4 trees in the first row, then move on to the second row and continue until all 10 trees are planted. Ensure each row has exactly 4 trees to meet the planting requirements.
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
I believe you said there'd be 12 in each row.
You don't
To find the different ways to arrange 24 flowers in equal rows with at least 6 flowers in each row, we need to determine the divisors of 24 that are 6 or greater. The divisors of 24 are 1, 2, 3, 4, 6, 8, 12, and 24. The divisors that satisfy the condition are 6, 8, 12, and 24, resulting in 4 possible arrangements: 4 rows of 6, 3 rows of 8, 2 rows of 12, and 1 row of 24 flowers.
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
Plant them in the shape of a star. The way the five lines (rows) overlap, you only need 10 total.
You can arrange the 10 apple trees in five rows with four trees in each row by planting the trees in a 4-2-4 pattern. Plant 4 trees in the first row, skip a space, then plant 2 trees in the second row, skip a space, and plant the remaining 4 trees in the third row. Repeat this pattern for the remaining rows.
It depends on how long the rows are. For example, you can plant one row 14,520 feet long or you can plant 70 rows 207.5 feet long or you can plant 1,452 rows 10 feet long. They will each be one acre.
To plant 19 plants in 9 rows with each row containing 5 plants, you can use a geometric arrangement, such as a star or a circular pattern. By overlapping the rows, some plants will serve as intersections for multiple rows. This allows you to create a configuration where each of the 9 rows consists of 5 plants, while only using 19 individual plants.
5 rows with 14 in each row7 rows with 10 in each row
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.
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12 cabbages