yes-it happens with champaigne bottles
The corkscrew, functions in the manner of the simple machine called a screw. In this specific case, force is applied to the end of the corkscrew through the torsion, or twisting, of the screw. This permits the corkscrew to penetrate into a material, usually cork. Thanks to the helical design of the corkscrew, this then allows for tension to be placed on the corkscrew, in order to retract the cork in its entirety from the neck of a bottle.
The density of a wooden cork stopper is about 0.25 grams per ml. This value can be important in experiments where a cork stopper is used.
Cork does not have the "free electrons" that are necassary for current flow. In other words, cork holds onto its electrons better than an object such as metal does.
A cork is less denser than water because cork is floating on water so it will have less density than water
Cork can be used in a lot of ways. Because it floats a magnetized needle placed on top of a piece of cork will act as a compass. This simple device can also respond to a permanent magnet and show action at a distance. Cork can also be used to seal a flask against low pressure leakage.
push in the cork and then tip the bottle upside-down to get the coin out
Cut a hole in the cork big enough for the coin to get out. Ta-daaaaaaaaaaa!
Bottle is to cork - as jar is to LID.
Push the cork into the bottle.
It's a cork.
Cork for bottles is made from cork trees.
Silica will determine if the volcano will be quiet or explosive by building itself up in the volcano pipe, plugging it up like a cork in a bottle and then exploding.
Because the air inside the bottle push out the wooden cork.
The cork
A cork?
The cork over the bottle's neck is going too be pushed by how much air is in the bottle.
A CORK stopper is a plug for a bottle made of cork