There are 11 possible remainders (1 to 11).
If something is divisible by 12, there is said to be no remainder, but this can be considered to be a remainder of 0, making 12 possible remainders.
In division by three, possible nonzero remainders are 1 and 2.
The integers from 0 to 11.
Any non-negative integer less than the number that you are dividing by.
If the dividend is a positive integer (a whole number) then the possible remainders are 0 (zero) when the dividend is an even number and 1 when the dividend is an odd number.
12 13 19
There are 13 possible remainders: the numbers from 0 to 12 (inclusive).
Oh, honey, when your divisor is 9, you can have 9 possible remainders ranging from 0 to 8. It's like trying to pick the best cheesecake flavor at a dessert buffet - plenty of options, but only one will satisfy your math cravings. So, buckle up and start dividing, because there's no shortage of remainders when 9 is in town.
By dividing it by the prime factors that have no remainders
1 & 2 are the only non-zero remainders you can get from dividing a whole number by 3.
In division by three, possible nonzero remainders are 1 and 2.
By the time you advance to the point of dividing decimals, you don't use remainders any more.
Yes, there are, if you're dividing by a number that's over 11.
They very definitely are not! You cannot have a remainder that is larger than the divisor. Furthermore, division by 6 cannot leave a remainder of 12 since 12 is divisible by 6!
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you would need a calculator with an "integer divide" button the TI-15 has one
If the dividend is a multiple of 8 then there will be no remainders in the quotient otherwise the possible remainders are limitless
There are 8 possible remainders - including 0.