Leaving aside the fact that there is no such fraction as one forth, the concept of going into something evenly makes sense only in the context of integers. Each and every non-zero fraction goes into every number evenly.
For example, 3/17 goes into 1/4 (one fourth) 1/4*17/3 = 17/12 times. Evenly.
Not evenly; it will be a fraction.
To simplify fractions, you divide both the numerator and the denomenator by the same number. Such fractions where there is no such number that would go evenly into both are called simple fraction. 3/6 could be simplifies into 1/2 2/10 could be simplifies into 1/5 30/40 into 3/4 5/7 is a simple fraction
When no whole number will not go into both the numerator and the denominator evenly.
No, it does not. It is finding a number that they all go into evenly.
Any fraction can go into any other fraction. The concept of "going into" for a limited set of numbers is useful only for integers.
You can search YouTube for "divide fractions", and find several.However, it isn't really that complicated; just remember the following simple rules:To divide one fraction by another fraction, take the reciprocal of the second fraction, then multiply.If you have mixed fractions, convert them both to improper fractions, then proceed as above (multiply by the reciprocal).
Not evenly (without a fraction or remainder).
42 will not divide evenly into 72. You an divide 42 into 72 but there will be a fraction.
The answer it yes because 9/9=1. 1 is a whole number. The answer has no remainder, it's not a decimal, nor is it a fraction. So it does go into 9 evenly.
Go to math.com. Really, it helps!! If you just want the answer to the fraction, go to www.mathway.com/ It will solve other problems other than fractions too.
The whole concept of "going into" is meaningless in the context of fractions. Each and every non-zero fraction will go into 68.
It's prime, because only 1 and 13 go into it evenly. (Without decimals or fractions.)