2401 is one such number.
The answer depends on the level of mathematics you are at: from simple remainders left when one number is divided by another to the remainder theorem where is is the division of one polynomial by another.
The largest remainder would be 8, because if it were 9 you could divide the number once more. The largest remainder you can have is always one less than what you're dividing by. So if you're dividing by 10, your largest remainder is 9. If you're dividing by 100, it's 99. And so on.
301 is one such number.
16.6
1726 is one such number.
The answer depends on the level of mathematics you are at: from simple remainders left when one number is divided by another to the remainder theorem where is is the division of one polynomial by another.
a wide array of numbers... here is one 52/8 = 6 and remainder 4
2
23.25
The possible number of remainders is always one less than the divisor.
The definition of a factor is a number that divides evenly into another number with no remainder. Since no factor has a remainder, the GCF definitely can't have one.
The largest remainder would be 8, because if it were 9 you could divide the number once more. The largest remainder you can have is always one less than what you're dividing by. So if you're dividing by 10, your largest remainder is 9. If you're dividing by 100, it's 99. And so on.
301 is one such number.
If the remainder is greater than the divisor then you can divide it once more and get one more whole number and then have less remainders.
16.6
When you divide any integer by 11, the largest possible remainder you can get is 10. This is because when you divide a number by 11, the remainders can range from 0 to 10. In this case, if the number being divided is one less than a multiple of 11, the remainder will be the largest possible, which is 10.
1726 is one such number.