Divide the denominator into the numerator.
You multiply or divide both numerator and denominator by the same number.
Using ordinary long division, divide the fraction's numerator by its denominator.
you find the highest number that goes into both the numerator and the denominatior and divide both by that number.
20/30 divide both 20 and 30 by 2 10/15... this is a equivalent fraction divide both 20 and 30 by 5 4/6... this is an equivalent fraction divide both 20 and 30 by 10 2/3... this is an equivalent fraction
Divide the denominator into the numerator.
Find the GCF of the numerator and denominator and divide them both by it.
Well, butter my biscuit! The equivalent fraction for 7 over 35 is 1 over 5. You see, both fractions simplify down to the same decimal value of 0.2. So, there you have it, sugar!
You multiply or divide both numerator and denominator by the same number.
Yes, 2
Using ordinary long division, divide the fraction's numerator by its denominator.
you find the highest number that goes into both the numerator and the denominatior and divide both by that number.
20/30 divide both 20 and 30 by 2 10/15... this is a equivalent fraction divide both 20 and 30 by 5 4/6... this is an equivalent fraction divide both 20 and 30 by 10 2/3... this is an equivalent fraction
if you multiply a number by a certain factor and then divide it by the same factor you do not change anything. It is like multiplying by 1. If you multiply only the numerator you have changed the answer and it is not equivalent.
Multiply Or Divide Both The Numerator And The Denominator By The Same Number.
Whatever you multiply or divide the numerator by, you must do the same to the denominator. If you multiply or divide the numerator and denominator by different numbers, you change the value of the fraction and turn it into a different number. After that, nothing is "equivalent" any more ... you're working with a changed number.
You can divide by 2.