You can use either, so technically you don't "need" one or the other.
HOWEVER, for large numbers, Euclid's division algorithm is much faster... INCREDIBLY faster. It gets you the result almost immediately, whereas looking for prime factors of large numbers can take you a long, long time.
The expanded algorithm makes use of the partial products to fully explain place value in multiplication. The standard algorithm which is most commonly used is considered superior and less confusing.
162
Factorization of 725 will not divide evenly in 72, so it is not in the factorization. An easy way to know if a number is divisible by 5 is to look at the digit in the ones place. If it is 0 or 5, it is divisible by 5. If any other number is in the one's place, the number is not divisible by 5.
To simplify a multiplication or division involving fractions, you need to find common factors. For small numbers, you might just try to do a complete factorization of each of the numbers involved. It's best not to multiply them in the first place; it doesn't really make sense to multiply and then factorize again. For larger numbers, you can use Euclid's algorithm to find the greatest common factor.
They are in 4th place they stink!
A division is a group or place.
Omentun, a division of the mesentaries that hold the abdiinal organs in place. Omentun, a division of the mesentaries that hold the abdiinal organs in place.
To look at the numbers in the division problem
Meiotic cell division takes place in the gonads in order to produce sex cells.
Cell division takes place in single-celled organisms to reproduce and pass on genetic information.
Cell division takes place in single-celled organisms to reproduce and pass on genetic information.
No, because if you win your division, you automatically place in the top three.