the depth is set by the crew before launch
About up to your knees
If they go pass 6,000 feet they won't be able to see because light disappears there. But if they go REALLY far, they could be crushed by the water pressure.
Hydrostatic pressure at depth h beyond liquid surface is given by the formula: p = p0 + dgh where p0; = atmospheric pressure at liquid surface usually 1 ATM or 101325 Pa (1Pa = kg/ms²) d = liquid density (water is 1.00 g/ml) g = gravitational acceleration (9.8 m/s^2 on Earth)
Density of a liquid increases with increasing depth because it is being compressed between the weight of matter above it's self and whatever is retaining it. Mass per unit volume (density) increases through only two ways condensing or abating heat.
I'm not quite sure, but I would say that pressure does increase as you near the center of the Earth. Some argue that when you reach the center, there would be no pressure because of the equal amount of weight on each side. My question is...is the weight equal on every side. If not, then there would be pressure inside the core of the Earth.
The operating depth of the DeepFlight Aviator is listed as 250 meters.
The purpose of a depth gauge is to measure the depth of water. It is used by scuba divers to make sure they don't go too deep because the deeper they go the more pressure the water is.
Depth charges are weapons developed and used in both World Wars for antisubmarine warefare. They were essentially large drum-like explosive charges either rolled off the stern of a destroyer, or launched by an explosive discharge of compressed air to the sides of the destroyer as it passed over a submerged submarine. They had a fuse which could be set for a given depth which when reached would detonate the depth charge and the pressure generated would rupture the pressure hull of the sub.The depth charge is a weapon intended to defeat its target by the shock of exploding near it. Most use explosives and a fuze set to go off at a predetermined depth. Some have been designed to use nuclear warheads. Depth charges can be deployed by both ships and aircraft.
The pressure will get stronger the further down you go. This is why it is necessary to wear special gear when you go deep into the ocean.
First you go to North Idaho and find a Galena seam. You'll go really deep; the Lucky Friday mine is 6,000 feet deep. After you've dug down to where it is, you drill holes in it with a rock drill, pack explosives in the hole, detonate them and scoop up the rock into carts to transport it to the surface.
Lakes can be almost any depth. The deepest lake in the world is Lake Baikal in Russia. It is 5,369 feet deep. Lake Tahoe is the deepest lake in the United States at 1,644 feet deep.
Uranium 235, a conventional explosive, probably HMX used in the implosion charge, and a bunch of wires and other devices to cause the implosion trigger to detonate properly. The Uranium is the thing that makes it go boom
It's about 2.5 miles below the surface of the North Atlantic. That depth is far beyond where a diver can go, but specialized deep-sea submarines can visit the wreck site.
Depends on the depth of the water. If you go to four feet deep the total would be about 13,594 gallons.
You're mixing metric with imperial units??? Here's a formula for round pools: distance across*distance across*depth*5.9 for rectangles: length*width*depth*7.5 or for a deep end: length*width*((shallow end depth + deep end depth)/2)*7.5 so in your case, 16*16*4*5.9=6000 gallons=23000 liters
Two miles.The deeper you go, the hotter it gets. Away from tectonic plate boundaries, it is about 25°C per km of depth (1°F per 70 feet of depth) in most of the world, so four km deep the temperature is around 100°C, which is good for producing steam.
Well, probably a minimum of 4' to 5' but can go to what ever depth you can attain. That min. depth is so that you do not touch the bottom of the pool if you are doing laps in a lap pool. It can be any depth you want