Trigger_Happy_92 wrote:
smaller.
a picture is worth a thousand wordsspud924 wrote:
you like pictures too huh....
yes that tuple_s
Imagine a solid round metal bar.
Then bend that into the shape of a circle.
Then bend that into the shape of a circle.
Sober enough to know what I'm doing, drunk enough to really enjoy doing it
A 1003-word post:
Alright, enough guesses. The correct answer is: the hole in the middle would get larger.
Sober enough to know what I'm doing, drunk enough to really enjoy doing it
Why mr. outside-bounds the outer surface gets to expand and not also the inner ring?spud924 wrote:
http://67.183.1.221/expand.jpgT1g3r217 wrote:
Smaller, because the metal would expand both ways, eventually leading to no whole.
the radius expands making the hole larger (expansion angle 1) as the radius of the sides itself expand making the hole smaller (expansion angle 2) so it would stay the same (unless the rate of expansion of the two angles are different)
Just to tell that the grasshopper (the male or the one humping) has a small dick. How can I tell? I don't see the girl there showing any pleasure nor enjoyment ROFL.King_County_Downy wrote:
Alright, enough guesses. The correct answer is: the hole in the middle would get larger.
Depends on how you got it shaped like that:
If you bent it, it wouldn't. The outside angle would expand, the tension on the inside would mean a lack of expansion until it cracks.
If it was cast as a circle, then it'd get larger; no inherent tension.
And yes, I'm pretty sure I'm right. I took a course on this at school.
If you bent it, it wouldn't. The outside angle would expand, the tension on the inside would mean a lack of expansion until it cracks.
If it was cast as a circle, then it'd get larger; no inherent tension.
And yes, I'm pretty sure I'm right. I took a course on this at school.
let's face it... I won