Quizzes & Puzzles2 mins ago
Can someone explain this supposed joke please?
I think this is supposed to be some sort of science joke, can anyone explain? http://loled.net/?p=90
Answers
Best Answer
No best answer has yet been selected by flobadob. Once a best answer has been selected, it will be shown here.
For more on marking an answer as the "Best Answer", please visit our FAQ.
-- answer removed --
There was another picture on the same site which had a claddagh ring. Again I didn't really get it but after messing about on google I found out it was a reference to a site called goatse.cx or something. Never would have gotten that in a million years. But I cannot get anywhere with the Hydrogen Flourine thing.
This one is more obvious http://loled.net/?p=1517
Well, I'm no chemist, but as the electron carries a negative charge, and the hydrogen atom loses one electron, it becomes positively charged when combined with Fluorine. Similarly, the Fluorine atom "steals" the electron and hence carries a nett -ve charge....
Now it all sounds a bit geeky, n'est pas?
Now it all sounds a bit geeky, n'est pas?
This is something to do with "troll science" which has been described as "science you wish were true" - see http://trollscience.com. The picture is similar to the one discussed here: http://memebase.com/2.../28/memes-trollistry/
Jaybee_s has it pretty much correct I think. A "troll scientist" would argue that the hydrogen atom wants to use its electron to bond with another element and the fluorine atom wants to gain an electron to get a full 'set' of 8 electrons, so it 'steals' from the hydrogen, leaving it 'forever alone'. But in the real world of course the two atoms would form a compound so the hydrogen wouldn't be alone at all. Those chemists' parties must be a real riot.
Jaybee_s has it pretty much correct I think. A "troll scientist" would argue that the hydrogen atom wants to use its electron to bond with another element and the fluorine atom wants to gain an electron to get a full 'set' of 8 electrons, so it 'steals' from the hydrogen, leaving it 'forever alone'. But in the real world of course the two atoms would form a compound so the hydrogen wouldn't be alone at all. Those chemists' parties must be a real riot.
-- answer removed --
Related Questions
Sorry, we can't find any related questions. Try using the search bar at the top of the page to search for some keywords, or choose a topic and submit your own question.