63 x 12 = 756
63 - 3 = 60 = 5 x 12 12 times with 3 remaining
Five can go into 63 a total of 12 times, since 5 multiplied by 12 equals 60, which is the largest multiple of 5 that is less than or equal to 63. After that, there is a remainder of 3. Therefore, the answer is 12 times with a remainder of 3.
12 remainder 3
9 times, with 12 left. 579/9=9,2 9x63=567 579-567=12
75
63 - 3 = 60 = 5 x 12 12 times with 3 remaining
63 ÷ 17 = 3 with remainder 12 or 3.71 times.
Five can go into 63 a total of 12 times, since 5 multiplied by 12 equals 60, which is the largest multiple of 5 that is less than or equal to 63. After that, there is a remainder of 3. Therefore, the answer is 12 times with a remainder of 3.
12 with 3 remaining 63 - 3 = 60 = 5 x 12
There are: 63/12 times 103/12 = 45.0625 square feet
Oh, dude, you're hitting me with some math here. Let me like, calculate this for you. So, 63 divided by 12 equals 5 with a remainder of 3. So, technically, 12 goes into 63 about 5 times, but there's like a little bit left over. Math, am I right?
63
12 remainder 3
9 times, with 12 left. 579/9=9,2 9x63=567 579-567=12
7 or 9 (assuming Times Table is from 2 to 12 x 12)
12 times the square root of 7.
3*N + 12 = 63 or 3*(N + 12) = 63 From the wording, the first is more likely but it gives rise to a fractional solution. If you are at a stage where you are learning to generate such equations, fractional answers are less likely.