Numbers 3.5 and 11.
The numbers are actually prime factors of 165 (165=3*5*11).
There are none. 9, 10 and 11 come closest giving 990
70, 112, 168
The three numbers that equal 160 are 40, 40, and 80. This is because when you add 40 + 40 + 80, you get 160. These numbers are multiples of each other, with 40 being a factor of 80 and both 40 and 80 being factors of 160.
The reason why prime numbers are important practically is because of cryptography. Prime numbers are an essential part of what is called 'public-key cryptography'. In this technique two (massively massively large) prime numbers are multiplied together to generate a public key. Meanwhile the identity of exactly which two prime numbers are involved is kept secret (this is the private key). In the system you can use the public key to encode data and send it to me. But only I can decode that data because only I know the private key. This only works if prime numbers are involved. Otherwise a third party could come along and just start working out all the divisors of my public key and eventually crack which two (non-prime) numbers are the private key. When prime numbers are used, the third party can still try this method (called a brute force attack) but would have to try loads more numbers (because my public key only has two divisors - the two prime numbers - which by definition have no divisors of their own). This means that it would take a long time and wouldn't really be worth it. This technique forms the basis of most encryption over the internet (such as https). A website can send out its public key. The web page can then encode data and send it back to the website but it still can't be deciphered without the private key (even if the public key itself was intercepted).
3360
Prime numbers which come after 37 are 41, 43 & 47.
A prime number is any number that only has one and itself as factors. Therefore, to tell if a number is prime simply find it's factors. If it has more than two factors than it is not a prime number.
There are 25 prime numbers before 100.
Some prime numbers are 2, 7, 19 (more: 2,3,5,7,11,13,17,19,23,29,31,37,41,43,47...) Prime numbers are considered to be prime when their factors only include 1 and itself. The factors have to be whole numbers. 2 is the only even prime number. 1x2=2. No other combination will work. 7 is another prime number. 1x7=7. You can also find no other combination of whole numbers that will multiply to equal 7. 19 is another prime number. You cannot find another combination other than 1 and 19. These are just some examples. There are more prime numbers in the lower numbers because they are less likely to come across a number that will multiply into it.
I'm not sure what you mean by that. Prime numbers don't have prime factorizations because they are already prime.
No, multiplying a set of numbers can only come out as one product. Therefore, two numbers having the same prime factorization is impossible.
The prime numbers for 50 are just 2 because 10 is isn't prime and 25 isn't prime!Becky C.if you don't't belive than why did you come here the 1st place .!!!
This is an impossibility. Any odd number multiplied by any other odd number will come out to be an odd number.
The earliest surviving records of the explicit study of prime numbers come from the Ancient Greeks.
Oh, what a happy little math problem we have here! To find three numbers that multiply to 315, we can think of it as finding the factors of 315. The numbers that work are 5, 7, and 9. They come together beautifully to create 315, just like how different colors blend on our canvas to create a masterpiece.
There is only one even prime number, the number 2.
17 19 23