Prove that all even numbers are the sum of two prime numbers.

Question

dan815 · Answer

oooo :)

dan815 · Answer

how dare you ask this question

anonymous · Answer

plz come help me dan

thesecret20111 · Answer

Lol what do you mean?

dan815 · Answer

the wonderful world of primes shud not be explored

kenljw · Answer

Every number be expressed by it's prime factors
a even number is always divisible by 2
QED

kenljw · Answer

Same goes for a number ending in 5

thesecret20111 · Answer

If you guys can answer this question I'll give you a medal!... The million dollars is mine >:D

dan815 · Answer

hahaha

dan815 · Answer

2n=p1+p2*p3

mathslover · Answer

This can not be proved. ** It is unsolved problem in number theory yet ** 

[Goldbach's Conjecture]

dan815 · Answer

thats as far as the prove has gotten for all sufficiently large even numbers

dan815 · Answer

proof*

dan815 · Answer

to solve this question we need a study group with euler euclid and fermat

dan815 · Answer

prolly do it in a day then lol

thesecret20111 · Answer

I do find it interesting though that at first read this question looks deceptively simple yet its been impossible to come up with an equation proving its truth to date.

anonymous · Answer

help ,e plz people come to my stuff

dan815 · Answer

i must help this future number theorist!

thesecret20111 · Answer

Lol

mathslover · Answer

@thesecret20111 you must have mentioned "All even numbers larger than 4" as 2 and 4 don't satisfy this condition.

mathslover · Answer

Goldbach's conjecture is true for larger than 4 even numbers.

kenljw · Answer

4=2X2 two prime numbers