9, a divisor of 18, is greater than 4, a multiple of 2.
Divide the dividend until there is a remainder less than the divisor. The whole number quotient forms the whole number and the remainder over the divisor forms the fraction. Now simplify the fraction by dividing the numerator and denominator by any common factors (that are greater than 1). The mixed number result is the whole number and the simplified fraction together.
This is true.
A divisor.
Because the divisor is reversed as for example 5 divided by 1/5 becomes 5 times 5/1 = 25
The easiest way is to use the whole number as the numerator over the divisor 1.
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.
yes a multiple is the answer of the number multiplied by a whole number
If it's a whole-number "multiple" and the number itself is positive,then the multiple is always greater than the number itself.
No.
It is a fraction in which the divisor is a whole number. The dividend (or numerator) can be any number.
False
No.
No. Whatever multiple of the number you think might be the limit, you can always add the whole number again and have a larger multiple.
1, with 1 as the odd divisor.
3 x 2 = 6 ... So 6 is a multiple of 3, (and 6 is a multiple of 2), because 3 can be multiplied by an integer (whole number) to equal 6.6 / 3 = 2 ... So 3 is a divisor of 6, (and 2 is a divisor of 6), because 6 can be divided by 3 to equal an integer.
Divide the dividend until there is a remainder less than the divisor. The whole number quotient forms the whole number and the remainder over the divisor forms the fraction. Now simplify the fraction by dividing the numerator and denominator by any common factors (that are greater than 1). The mixed number result is the whole number and the simplified fraction together.
Increase the whole number by 1, and subtract the value of the remainder from the divisor. For example - if you had the total... 99 & 42/29.. you would rewrite it as 100 & 13/29