Ukulaling

ease up, its only an opinion on a band. no need to get arse raped about it

I used to like them like 3 years ago. but then i realised how gay they were, and shunned my past self for liking such fagness.


ALSO the fact that they are making a soundtrack along with twilight makes them EVEN MORE GAY, if thats possible...

tl;dr

wow you're ignorant aren't you...

people seem to love storm trooper legos, theyre seriously everywhere!

lol Maradonas 'Hand of God' goal... Serves us right for destroying them in the Fawklands in my opinion :P

Haha well I want to vote for a minor party, and at least Green have good intentions (in my opinion) compared to other parties like UKIP and BNP which are way too close to fascism in my opinion :P

haha well, reading over these comments I am now just confused. So I reckon I'll abandon my debate back there.

So good day to you good sir!

I'm undecided too, I'm not really liking any of the parties... Might just vote for Green haha. Someones got to.

Peace is like the #1 sharenator celebrity. Everybody either seems to love him or hate him haha. He's like a politician around here :P

I see what you're saying, but you're taking it too literal, you're proving that the rope could never be perfectly straight in this scenario, but the question here isn't asking if it's perfectly straight, it's asking whether it goes in a continuous line or a circle. In which case as long as there is at least a slight equal force on both sides, then yes it goes in a continuous line.

As for this:
"Now, there is no physical type of "portal" known that could exert an infinite amount of force on the rope in this way."

Is there ANY physical portal even known to man, not taking into account different black hole theories? If there is I would be genuinly interested in reading about it.

It just chundered EVERYWHERE! like a little vomcano

Nah mate, it's straight.

The rope is taut because of the equal amount of force from both portals, and if you take that in mind then yes, an infinite amount of force is exerted on both sides, making it straight.

And I don't even know why you brought gravity into this, because if you're going to examine the gravitaional force on the rope and claim it's not making it straight then you may aswell talk about how the bump of the knot is stopping it from being straight, which is all completely invalid anyway because that was not the point in the question. The question is not asking if it is PERFECTLY straight, because nothing is perfectly straight, its just asking if it is going in a straight line rather than going in a circle.

haha this one is excellent!

haha nice

who?

i will now go out and test out my new pick up techniques ;)