Wiki User
∙ 2010-02-18 22:50:50the number is 43:
43:7=6 remainder 1
43:9=4 remainder 7
43:11=3 remainder 10
Also possible: 241, 439, 637, 835, 1033, 1231, 1429, 1627, 1825, 2023, 2221, 2419, 2617, 2815, 3013, 3211, 3013, 3211, 3409, 3607... where number is 198xN+43 and N is positive integer number
Wiki User
∙ 2010-02-18 22:50:509000000
Divide the number by 11. If it comes out evenly with no remainder, 11 is a factor of the number.
Eleven.
If you take any four consecutive numbers and divide them by 3, the remainders are as follows: 9/3 = 3 10/3 = 3 remainder 1 11/3 = 3 remainder 2 12/3 = 4 Therefore, the highest remainder you can have by dividing a whole number is 2.
Yes- A remainder can be any number less than the dividend (the number by which the divisor is divided). An example of a 2 digit number is: 131/11=11 remainder 10.
Yes, you can have a remainder of 5 when you divide by 6. If you divide 11 by 6, it will go into it one time with a remainder of 5.
If your improper fraction does not produce a remainder when you divide it, then it's just a whole number. 22/11 = 2
Because 22 is the smallest number that both 2 and 11 divide into evenly with no remainder.
Because 33 is the smallest number that both 3 and 11 divide into evenly with no remainder.
You use multiplication. Example: Problem is- 11 divided by 2. You would take the 2 and times it by 5, (2x5=10) with a remainder of 1 to equal 11. The answer is 5 with a remainder of 1. Mathematics is a great subject, there are so many ways of calculating and deriving answers and generate the same answer. Here's another way of doing it, 11 divided by 2 11 is not divisible by 2 but 10 is , there are 5 2's in 10 and that remains 1 as your remainder therefore, 11 / 2 = 5 remainder 1 tip: if you are dividing a number , look for the nearest multiple of the number and then the remaining is your remainder. You can have an answer as well with a decimal and that would be another lesson. hope this helps
The largest [integer] remainder is 10. If the remainder was any more you would get one (or more) lots of 11.
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