4 rows of 6 columns or 4 columns of 6 rows !
Okay, there are six rows of 4... think about it, six rows of four cubes, that would be like multiplying 6 and 4, which would be 24.
2 rows of 24 3 rows of 16 4 rows of 12
1 row of 180 - 2 rows of 90 - 3 rows of 60 - 4 rows of 45 - 5 rows of 36 - 6 rows of 30 - 9 rows of 20 - 10 rows of 18 - 12 rows of 15 - 15 rows of 12 - 18 rows of 10 - 20 rows of 9 - 30 rows of 6 - 36 rows of 5 - 45 rows of 4 - 60 rows of 3 - 90 rows of 2 - 180 rows of 1 - total of 18 ways within the limits of the question
Matrix-Addition(a,b)1 for i =1 to rows [a]2 for j =1 to columns[a]3 Input a[i,j];4 Input b[i,j];5 C[i, j] = A[i, j] + B[i, j];6 Display C[i,j];
4 rows of 6 columns or 4 columns of 6 rows !
Okay, there are six rows of 4... think about it, six rows of four cubes, that would be like multiplying 6 and 4, which would be 24.
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
1 row of 12 12 rows of 1 3 rows of 4 4 rows of 3 2 rows of 6 6 rows of 2
How do you write -6 - (-4)= in addition
2 rows of 24 3 rows of 16 4 rows of 12
You can have: 1 row of 36 2 rows of 18 3 rows of 12 4 rows of 9 or 6 rows of 6, so in total there are 5 ways.
like this: . . . . . . The rows are diagonal.
There are eight possible combinations... 1 row of 24 cans 2 rows of 12 cans 3 rows 8 cans 4 rows of 6 cans 6 rows of 4 cans 8 rows of 3 cans 12 rows of 2 cans 24 rows of 1 can
There are 4 trees planted in each row since 24m / 6 rows = 4 trees/row. The total number of trees planted is 6 rows x 4 trees/row = 24 trees.
1 row of 180 - 2 rows of 90 - 3 rows of 60 - 4 rows of 45 - 5 rows of 36 - 6 rows of 30 - 9 rows of 20 - 10 rows of 18 - 12 rows of 15 - 15 rows of 12 - 18 rows of 10 - 20 rows of 9 - 30 rows of 6 - 36 rows of 5 - 45 rows of 4 - 60 rows of 3 - 90 rows of 2 - 180 rows of 1 - total of 18 ways within the limits of the question
4