It is more complex than simply dividing 1000 by 10. Consider this: When you put 2 cubes in a row and then another row like that side by side... you get a cube of length 2 times the original length. So basically you are using 4 cubes but you have 4 original + 1 new cube.
So you repeat this algo for 1000 cubes and the answer comes out to be closer to 54
3 cubes x 3 rows = 9 cubes
3x3x8=72 cubes 63 Cubes
how many rows can you make with 169
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.
well if going by tens it would be two rows of ten to make 20.
If you have 25 cars, you cannot make an equal number of rows. But if the question is asking how many even number of rows you can make, leaving out the remainder: You can have 8 even rows, with one car remaining.
Depends on the size of the brick! If they are 1 unit cubes, then 4 rows of 16
Having the same number of students in each row, 80 students can be arranged in 80 rows of 1, 40 rows of 2, 20 rows of 4, 10 rows of 8, and 5 rows of 16.
-- Start out with 40 identical cubes. -- Take 8 of them. Place them on the table in 2 rows, 4 cubes in each row, without any spaces between them. -- Take four more groups of 8 cubes. On other places on the table, arrange each group in 2 rows of 4 in each row, just like you did the first group. -- Pile all five groups up on top of each other, neatly, in one pile of five layers. Pile them carefully, so that all the sides of the pile are flat, straight, and smooth. There should be no holes in the pile, and you should have no cubes left over. The pile of five layers is the rectangular prism you want.
5 rows with 14 in each row7 rows with 10 in each row
120 is the mass. i figured that out by mutiplying 5*8=40 then multiply that by 3. 40*3=120
5