Wiki User
∙ 14y agoThe body will not explode, explode means to burst or shatter violently and noisily as a result of rapid combustion, decomposition, excessive internal pressure, or other process, typically scattering fragments widely. The deeper and deeper you go underwater the more and more pressure there is on your body from the weight of the water above you. But answering the question that I think you are trying to ask, yes, extreme depth can harm the body and even cause death. But in most cases, excluding submarines and Scuba diving, you would drown before the pressures of the depths would cause any harm to your body.
Dr. Dave
Wiki User
∙ 14y agoNo, the human body will not explode from water pressure when sinking in the ocean. The pressure on the body will increase with depth, but our bodies are able to adjust to it without causing harm. The main risks are related to holding one's breath for too long or getting disoriented underwater.
Anonymous
I think that is true as the fact the atmospheric pressure is a lot higher in water than that above sea pressure but the pressure would move inwards making it impossible for the human body to implode it would just be crushed and shatter into tiny pieces
Bacteria on the ocean floor are sustained by organic matter that sinks down from above, including dead marine animals, phytoplankton, and other debris. They also may engage in chemosynthesis, using chemicals like hydrogen sulfide or methane from hydrothermal vents or cold seeps as an energy source.
Upwelling is the process of nutrient-rich deep ocean water being brought to the surface, usually due to wind-driven currents or coastal topography. This phenomenon enhances productivity and supports marine ecosystems. In contrast, downwelling is the sinking of surface water, which can occur when surface water becomes denser due to cooling or increased salinity, potentially leading to nutrient depletion in the upper ocean layers.
phytoplankton absorb carbon dioxide during photosynthesis and incorporate it into their organic matter. When they die and sink to the ocean floor, the carbon is transported to the deep ocean, sequestering carbon and helping to regulate the Earth's climate.
The classic engineering answer to this is "it depends." Here are some factors you'll need to consider, roughly in order of importance: -What is the fluid (water, honey, tar)? -What is the size/shape of the tissue paper (surface area, folded)? -What are the specific physical properties of the paper (one- or two-ply, porosity)? -What are the external conditions (gravity, air pressure, fluid pressure, etc.)? These questions are a good starting point to answering this question :P
False. The root is not an example of photosynthetic tissue in plants. Photosynthesis mainly occurs in the leaves of plants. Roots primarily serve the function of water and nutrient absorption from the soil.
your answer is subduction
The ocean and soil
An area of high pressure where the air moves apart and sinks is an anticyclone.
Submarine hulls are subject to sea pressure, and that pressure increases the deeper the submarine goes. There are design limits to the amount of pressure that a hull can take, and if that pressure is exceeded by diving too deep, the hull will fail and will be crushed.
subduction is the answer.
the ocean sinks and the land expands
As air sinks, it experiences higher pressure due to the increasing weight of the air column above it. This is because air pressure increases with depth in the atmosphere.
arterial pressure
changing in heat in the ocean colder sinks warmer floats
When sediment sinks into the ocean floor, it is called sedimentation. Over time, layers of sediment build up and compress to form sedimentary rocks.
subduction
This is due to the pressure regulator in your home that allows the flow to go to the point where it start to come back and stops sending water unit the flow loses pressure. This is the same thing with all your water outlets, like your washing machine, sinks, toilets ETC.