No.
To put 17 balloons into 7 rows, you can distribute the balloons unevenly across the rows. For example, you could have 3 rows with 3 balloons each and 4 rows with 2 balloons each. This arrangement gives you a total of 17 balloons: (3 \times 3 + 4 \times 2 = 9 + 8 = 17). Adjustments can be made as needed, but this is one way to organize them.
If you are thinking of a mgic square, the answer is NO. The nine numbers sum to 45 so if you have three rows with equal sums, that sum can only be 45/3 = 15. You can have two rows, each adding to 17, and using the digits only once, but you will not use all digits.
No because you can't put into even rows
Draw either 3 rows of 5 columns or 5 rows of 3 columns.
26 shells, 3 rows -> 5 per row with 1 remaining 19 pennies, 5 rows -> 3 per row with 4 remaining 17 balloons, 7 rows -> 2 per row with 3 remaining
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
To put 17 balloons into 7 rows, you can distribute the balloons unevenly across the rows. For example, you could have 3 rows with 3 balloons each and 4 rows with 2 balloons each. This arrangement gives you a total of 17 balloons: (3 \times 3 + 4 \times 2 = 9 + 8 = 17). Adjustments can be made as needed, but this is one way to organize them.
Idk but i think you put them in 5 rows of 6 cause 6 times 5 = 30
If you are thinking of a mgic square, the answer is NO. The nine numbers sum to 45 so if you have three rows with equal sums, that sum can only be 45/3 = 15. You can have two rows, each adding to 17, and using the digits only once, but you will not use all digits.
No because you can't put into even rows
18
This is a square matrix where the number of rows and the number of columns are equal.
Draw either 3 rows of 5 columns or 5 rows of 3 columns.
63
26 shells, 3 rows -> 5 per row with 1 remaining 19 pennies, 5 rows -> 3 per row with 4 remaining 17 balloons, 7 rows -> 2 per row with 3 remaining
18 Chairs into equal rows - 6 x 3 2 x 9 18 x 1
To determine how many equal rows can be made with 36, 132, and 72, we need to find the greatest common divisor (GCD) of these three numbers. The GCD of 36, 132, and 72 is 12. Therefore, you can create 12 equal rows with these numbers.