The quotient is larger than the original fraction.
you change all mixed numbers to improper fractions.
you first add the remainder 5 times by itself. then you divide the answer and tehn you get it
To divide a fraction by itself is actually pretty easy. Let's say that we have a fraction which is a/b (so a and b could be any numbers and this could be any fraction). Then, we can do the following: (a/b)/(a/b) = (a/b)*(b/a) (in other words, when dividing by a fraction, you can do this by multiplying by the fraction flipped upside down) = (a*b)/(b*a) = 1 (because a and b cancel each other out) Therefore, any fraction (or indeed any number at all) divided by itself will give the answer of 1.
The answer would be "undefined" as there is no way to divide a number by zero (0).
How a fraction changes when you divide it depends on what you divide it by.
Divide it by itself.
The quotient is larger than the original fraction.
ANY number divided by itself is ' 1 '.
you change all mixed numbers to improper fractions.
Yes. However, unless you divide it by 1 or itself (2001) you will get a fraction.
you first add the remainder 5 times by itself. then you divide the answer and tehn you get it
To divide a fraction by itself is actually pretty easy. Let's say that we have a fraction which is a/b (so a and b could be any numbers and this could be any fraction). Then, we can do the following: (a/b)/(a/b) = (a/b)*(b/a) (in other words, when dividing by a fraction, you can do this by multiplying by the fraction flipped upside down) = (a*b)/(b*a) = 1 (because a and b cancel each other out) Therefore, any fraction (or indeed any number at all) divided by itself will give the answer of 1.
The answer would be "undefined" as there is no way to divide a number by zero (0).
The answer is larger than the original number.
When you can divide the Numerator and the Denominator by something other than 1 or itself
you divide the numarator to the denomanator