34
You can't have a remainder of 6 when you divide by 2! JHC!
Divide the 2-digit number by the 1-digit number. If the quotient comes out a whole number, then the big one is a multiple of the small one.
You can't tell anything about the quotient until you know whatthe divisor is going to be.-- If I divide your 4,796 by 4, the quotient is 1,199 . . . 4 digits.-- And if I divide it by 2,398, the quotient is 2 . . . . only 1 digit.
Oh, dude, yeah, totally! A remainder can definitely be a 2-digit number. It's just whatever is left over after you divide one number by another. So, like, if you divide 100 by 3, you get a remainder of 1, which is a 1-digit number. But if you divide 100 by 7, you get a remainder of 2 digits, which is totally cool too.
23 divide 3974
Divide the first digit by 2: 4/2 = 2 Then the second digit: 5/2 = 2.5 And then put them back together: 22.5
example-99/33=3
34
simply divide by the digit 2
Divide the two-digit number by the one-digit number. If the remainder is zero then the 2-digit number is a multiple and if not, it is not.
No it would be 2-3 digets depending on the number.
You can't have a remainder of 6 when you divide by 2! JHC!
20 if you divide by 17. 19 if you divide by 16. 18 if you divide by 15, 17 if you divide by 14. And so on. In fact any number from 10 to 99. That is, every two digit number.
64
It is 75.
As 20 = 2 x 10, I usually divide first by 2 and then divide that result by 10 (which is done by moving the decimal point one digit to the left).