Примери коришћења Prime factorization на Енглеском и њихови преводи на Српски
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Latin
-
Cyrillic
Prime factorization of 9 is 3 times 3.
Let's do the prime factorization.
Prime factorization, and they say exponential notation.
So lets do the prime factorization.
So the prime factorization of 8 is 2 times 2 times 2.
And now let's do 15, 15's prime factorization.
The prime factorization of 30, we already figured out, is equal to 2× 3× 5.
We can use a factor tree to break 42 into its prime factorization.
It is the prime factorization of 5.
Inorder to be divisible by 8 we need to have three 2's in the prime factorization.
So if we did the prime factorization method, it might become a little clearer now.
You have hints, that essentially do that. so we can use our factor tree andbreak 18 into its prime factorization.
That's it, that is its prime factorization, since both 2 and 3 are prime. .
Now, I keep talking about another technique, let me show you the other technique,and that involves the prime factorization.
So the prime factorization of 105 is equal to, if I write them in increasing order, 3× 5× 7.
And if doesn't jump out at you immediately what this is the cube of or what we have to raise to the third power to get -512 the best thing to do,is just to do a prime factorization of it.
When you look at the prime factorization, the only thing that's common right over here is a 3.
And the prime factorization of 30 is equal to, let's see, it's 3× 10, and 10 is 2× 5.
So to find the greatest common factor.Let's just essentially break down each of these numbers into what we could call their prime factorization but it's kind of a combination of the prime factorization of the numeric parts of the number plus essentially the factorization of the variable part.
We know the prime factorization of 10 is 2 times 5, so you're not going to just get a very simple integer answer here.
And to do that, let's just take the prime factorization of 92, and then we will do the prime factorization of 28.
We do the prime factorization of 4, which is just 2 times 2, times x^4, which is"x" times"x" times"x" times"x", times"y", and we just kind of expanded it out as the product of its basic constituents.
Actually, when I did the prime factorization of 5, I should have said, look, 5 is prime. .
If we take the prime factorization of 12, 12 is 2 times 6, 6 is 2 times 3, so 12 is equal to 2 times 2 times 3.
Another way to find the LCM is take the prime factorization of 6- 2x3 and the LCM of 6 must have one 2& one 3 what is the prime factorization of 8 is 2x2x2.
But if you do a prime factorization, you'd say, well, let's see, 105 is divisible by 5, definitely, so it's 5× 21, and 21 is 3× 7.
Now, if we do 5, prime factorization of 5, well, 5 is just 1 and 5, so 5 is a prime number.
And before we do a prime factorization of it and to see which of these factors show up at least 3 times, lets at least think about the negative part a little bit.
Another way to do it is to look at the prime factorization of each of these numbers. and then the'least common multiple' of them would have each of those prime numbers in it.
Another way to do that,is to look at the prime factorization of each of these numbers and the LCM is the number that has all the elements of the prime factorization of these and nothing else.