simple. place a piece of paper that is a little larger than the circumference of the glass on top of the glass. The next step is to flip it over completely with a good speed. not too fast though... after this you will observe a glass of water that is completely upside-down and it won't be spilling if you used the right paper.
*this will be most effective if the glass of water is completely full*
simple. place a piece of paper that is a little larger than the circumference of the glass on top of the glass. The next step is to flip it over completely with a good speed. not too fast though... after this you will observe a glass of water that is completely upside-down and it won't be spilling if you used the right paper. *this will be most effective if the glass of water is completely full*
Freeze it.
If it's done quickly enough, the momentum of the water will keep it in the cup if you swing it around.
Hardly Working - 2007 Flip Glass 1-13 was released on: USA: 21 September 2007
he used a glass platform or that's what he said, and when he droped his flip-flop there was a gap so he droped it in there and then the rest of the way it was like a glass bridge it was a bridge so the lady can swim under it then he just steped on the concrete
No it does not. It requires the Flip port to function.
The glass part? Surprisingly, no. The plastic or metal might melt or burn but nothing will happen to the glass part. See, microwaves heat up by sending micro-waves (obviously) that flip the water molecule. Essentially, glass doesn't have any water content so nothing will happen to it. I wouldn't consider trying it though. This is assuming you were talking about eye glasses.
15- flip both hourglasses over,start, the 11 one will no have 4,flip 7 over,start,the 7 now has 3 and 4,flip so 4 is on top,start.
yes
They can flip a tire inside out without even trying.
Thermal conduction is blocked by the flip-flops.
A flip-flop is a kind of sandal which is a kind of shoe so kind-a-sorta, yes.