Is it true that buttered side always falls facing the floor?
474493
Mythbusters did this ... unfortunately no.  Even the slight weight difference did not make the toast want to fall 'heavy' side down.\n\nIf dropped from a large height the butter side tended to fall 'up' due to the slight dishing of the bread.
404840
Bubble side goes down, smooth side up.
521013
big behind sometimes, yes.(with a balancing front).\nbig back? am thinking.
99821
tap the top... not the side
981702
depends on what side of the bed i woke up on. LOL
710471
hmmm, good question....\n\nMaybe because it seems to be in a constant state of falling.
82553
Never seen a better question: absolutely Brilliant.....Happy to know that i am not the only whacko in these parts....\n\nNow for the tricky part, namely the answer: \n\n(My answer assumes that despite your busy schedule you did not forget to butter the toast before you threw her off the cliff......\n\nMy answer also assumes that the cat has not expended its 9 lives already which is likely if this is the tenth time that you are attmepting this experiment ......)\n\nSince the buttered side faces the cat, the cat potentially has access to it,. So the rate at which the combined weight of the cat and toast (x) accelerates the downward progress will be negated to some extent by the rate at which the cat can lick off the butter from the toast (y). Note that the cat licking off the butter, will not change the combined weight as the total weight remains same as the butter remains in the cats stomach.....BUT the bread clearing of butter takes away the ability of the toast to land on the proverbial buttered side, which could shift the odds to a slower descent than a total suspension in midair......ofcourse one will have to take other confounding factors into consideration as the cat vomiting, or god forbid even farting thus upsetting the weight balance/buoyancy or even propelling it faster downward due to an equal and opposite reaction.
526857
it is supposed to when the bufers get full
310768
because when you compress both your legs together, the idea of one testicle lower than the other will give way and align straight vertically.\n\nOtherwise, both testicals will get squashed if both are at the same level. Am I right? \n\nLogic! :)
443329
the only possible way for you to be able to go "up & down"...\n\nif your bum is made of rubber cause its gonna hit the ground ground ground.\n\n:)
941103
Because round covers don't fall in.  They are the same distance across, any way you turn them.  They always stay on top.\n\nIf it was square, it could fall in if placed at an angle or carelessly dropped by a worker.
331349
My wife likes when she is on top, but also likes when I'm on my side, she raises her leg up and I go in her from the side.  Both of those are her favorite positions.  \n\nI also found one where she was flat on her stomach and I managed to get inside her from a weird angle on top of her, and it was hitting her g-spot constantly and drove her nuts.
720832
There are no problems with this issue. Unless it causes pain when erect. There is nothing to worry I'd heard about tilted penises touching G spot better than straight one ...\nLucky your girl;;;;;;;
720515
centre of gravity of both pans along with arms of the balance lies just below the fulcrum,when it is tilted ,the centre of gravity tries to balance the weight hence stops with a little tilt.
488013
its got to touch the sides!
187995
Clearly balance, notice how it's always the opposite hand and foot moving?  Yes, you can walk with your hands at your sides, but it is more awkward and eventually is more inefficient.
1016060
Great question.  Two answers.  Nuts are not round, and you have big feet.  I jest in part, but, if you looked at a statistical analysis of 1000 nuts dropped randomly from somewhere right in front of you, you would see a wide 'scatter' of resting places.  It's all about taking the energy gained in the fall and transferring it to lateral velocity.  This is easy to do if the object is irregular ('nuts not spherical') or the target zone has scatterers ('big feet').\n\nIt gets even better when you consider that a nut will probably gain angular momentum during the scattering event.  This could assist some lucky nuts in their journey to the far corners of the room.  The lucky nut will gain stability, and if oriented correctly, will roll, which if you didn't guess is much more efficient than sliding or bouncing.\n\nCheers!