At a depth of ~4.000m (Wikipedia), the static pressusre would be
P = (rho*g*z) = 10^(3)kg/m^3 * 9.81m/s^2 * 4000m
P ~ 39 240 000 Pa
= 39.24 * 10^6 Pa
heavy objects than water can sink in water
It works if the water is supercooled, and the shock provides a nucleation site and a variance in pressure.
The term artesian means that the water is contained in an underground aquifer and/or reservoir. The fact that it is spouting means that it has artesian pressure and is a flowingartesian well. The geology of the site determines the amount of pressure on the reservoir and not all artesian wells have enough, or any pressure to spout. The pressure comes from the weight of ground structures and ground water pressing on and around the underground reservoir.
High water pressure.
It's been under the water for so long if they took it out of water it would break. Also because things have been eating the titanic so it is really weak.
In September 1995, Cameron began filming his dives to the Titanic wreck site far below the surface of the Atlantic. At that depth, the water pressure is 6,000 pounds per square inch.
You would drown. water pressure > air pressure. water either pushes air out or your lungs collapse. also, you don't have gills.
to store water where the there is a need for it ie a site of low water pressure so when there is high demand the pressure can be kept
Try an on line site about the Titanic. There are passenger lists on these sites.
robert ballard discovered the titanic in 1985
No, there were no bombs near or around the Titanic wreck site.
The Titanic is still in the water but some artefacts have been retrieved.
Because the water was so heavy that the the water plunged the titanic under water
It never has been, and probably never will be.
The Titanic had funnels to get rid of low pressure steam after it had been used to drive the engines.
The Titanic sank in some two and a half miles of water. Water pressure is measured at 15 lbs per 30 feet of depth. My math isn't the best but I calculate that as about 6000lbs per square inch. At pressures even less than this, the human body is crushed to a pulp. I recall the case of a sea salvage operator working in only 500 feet of water when his air line was cut. The pressure forced his entire body into his helmet.
The Carpathia was actually on its way to the Titanic wreck site but since they're full speed ahead was only half of the Titanic's maximum speed, it took them 4 hours to reach the Titanic wreck site, which was 1 hour 20 minutes after the sinking.