This means that the second number should be expressed as its factors in order to make the multiplication easier. The prime factors of 12 are 2, 2 and 3. Thus it can be expressed as 3x2x2. This can make it easier to solve the multiplication because it splits up the process. 9x12 is now 9x3, then x2, then x2.
9x3 = 27
27x2 = 54
54x2 = 108
So 9x12 = 108.
Quinn and Clayton do not die in One Tree Hill however they do get shot at the end of Season 7 but do recover after the first few episodes of Season 8
If I understand the "3 inch cubed," then it's 24.j3h The key here isn't to just do the arithmatic, but instead to think about it logically. Arithmatically, you can fit 32 brownies in there, but that ends up only being in the real world if you smash the mass of those brownies into a new form. The arithmatic of calculated the volume of each (the box and an individual brownie) and seeing how many times the brownie volume goes into the box volume does not take shape into account. Using this problem, the box is 864 square inches and a brownie is 27. If those browneis could be any shape you wanted and the only requirement was that their volume remain 27, then you could fit 32 of them in. But because their shape must always be 3X3X3, or a cube, then you can only fit in 24. The surface of the box is the deepth times width (9x12) and the surface of a brownie is 3X3 (9), so you can fit (12x9)/9=12 brownies per surface. But because the brownies are 3 inches high, and the box is eight, there are only two surfaces. There will be 2 inches of remaining unused height. Thus the answer is 12 + 12 =24
9x12 = 108
9x12 9x12
That would be 108... 9X12
10.392304845413263761164678049035
The product is: 108
$.78
9x12
9x12 feet at 4 inches deep: 1.3 cubic yards.
9x12=108
Please mention the length and width of the room to get 41 sq.feet.after that we can calculate the number of tiles required.
Yes, 9x12=108
9x12=108