When it comes to simplifying fractions that are the same, I’ve found some easy tricks that really help:
Finding the GCD: This means finding the biggest number that can divide both the top number (numerator) and the bottom number (denominator).
For example, if you have the fraction , the GCD of 8 and 12 is 4.
So, you divide both the top and bottom by 4. This gives you .
Factorization: This means breaking down both numbers into smaller parts called prime factors.
For the fraction , you can break them down like this:
18 becomes , and 24 becomes .
You can then cancel out the common parts. This will help you find that simplifies to .
Cross Multiplying: If you want to see if two fractions are equal, you can cross multiply.
For example, if you have , check if equals .
If they do match, then the fractions are equivalent!
By practicing these methods, simplifying fractions can become much easier and make more sense over time!
When it comes to simplifying fractions that are the same, I’ve found some easy tricks that really help:
Finding the GCD: This means finding the biggest number that can divide both the top number (numerator) and the bottom number (denominator).
For example, if you have the fraction , the GCD of 8 and 12 is 4.
So, you divide both the top and bottom by 4. This gives you .
Factorization: This means breaking down both numbers into smaller parts called prime factors.
For the fraction , you can break them down like this:
18 becomes , and 24 becomes .
You can then cancel out the common parts. This will help you find that simplifies to .
Cross Multiplying: If you want to see if two fractions are equal, you can cross multiply.
For example, if you have , check if equals .
If they do match, then the fractions are equivalent!
By practicing these methods, simplifying fractions can become much easier and make more sense over time!