15 times with a remainder of '7'.
15 x 12 = 180
180 + 7 = 187
There are 48 twelfths in 4 wholes. This is calculated by recognizing that each whole is equal to 12 twelfths, so 4 wholes equal 4 times 12, which is 48.
3
There are 12 halves in 6 wholes. Since each whole can be divided into 2 halves, you multiply the number of wholes (6) by 2, resulting in 12 halves.
12 xx
There are twelve sixths in two wholes. Since each whole is made up of six sixths, you multiply 6 by 2 to get 12. Therefore, 2 wholes contain 12 sixths.
187 divided by 12 equals 15 with a remainder of 7.
3
12 xx
There are 12 halves in 6 wholes. Since each whole can be divided into 2 halves, you multiply the number of wholes (6) by 2, resulting in 12 halves.
There are 12 / (1/5) = 60 of them.
48 twelfths.
There are 12 thirds in four wholes. To find this, you multiply the number of wholes by the number of parts in each whole (4 wholes x 3 parts = 12 thirds). This is because each whole can be divided into three equal parts to make thirds.
2 / (1/6) = 2 * (6/1) = 12
I believe that there are 32 fourths in eight wholes.
There are 12 of them because 12/3 = 4
That would be equivalent to 12/1, or 12. (1/1 is one whole.)
By definition, if you have one twelfth, it takes 12 to make a whole.