Pumice stone floats on water.
This is the molecule of water - H2O.
Primarily the erosive power of wind and water. Rivers and rain will wear away even the hardest stone.
Yes, because you can cool the water back and it would be normal water again
i guess the water kind of settles down. when water molecules are hot they tend to move around more, then when the temp. drops the energy level ( molecule movement) slows down... if you freeze water then the molecules start to stop moving and die... meanwhile they were never living. :)
Because water is a conductor, and water dripping from your hands may drip down to an energized circuit, and effectively create a trail from that circuit to your hands, causing you to get electrocuted.
The stone will drag air down with it as it enters the water.
no as it normally sinks down when put in water
This is the molecule of water - H2O.
it did no exist the fb trakd it down and then dey were fired it never happened
i don't think stone cold Steve Austin is never returning because he is a hall of famer of 2009.and it time for him to settle down.
Because they are heavier than water. A stone has more mass per unit volume than water (ie. it is heavier). So the Earth's gravity acts on it more strongly than it does on the water. So the stone is pulled closer to the Earth than the water, moving all the water atoms out of the way on it's way down. We see this as the stone sinking.
because the upthrust force of the water acting on the stone was pushing the stone upwards meaning it was acting against the downwards weight of the stone (its weight). This meant that the downwards force was decreased and therefore felt lighter :)
go to the salaceon ruins and go down or up the wronge stairs and there wil be a rock go to the front and press A and there will be a thunder stone or a fire stone OR a water stone
there's a ton of them in the underground mines. i have like 15 of them from digging down there
water displacement
A water pump
Water pushes down on the layers of sand and stone. Over time, the water evaporates the leaves the sedimentary rock to dry.