As you dive deeper into the water, the pressure increases because of the weight of the water above you pressing down. For every 33 feet (10 meters) you descend, the pressure increases by one atmosphere. This increase in pressure can compress the air spaces in your body, such as your ears and lungs, which is why Scuba divers need to equalize as they descend to avoid discomfort or injury.
The increase in water pressure as you dive deeper compresses the air inside the balloon, causing it to shrink in size. The higher pressure squishes the air molecules closer together, reducing the volume the balloon occupies.
Density of water per unit volume ie. g/cm3 * depth of water (cm). Answer will be in g/sq cm. Density of water is approximately 1g / cm3 therefore pressure at the bottom of a dam wall with 1m of water = 0.1kg / sq cm. Note: this is only valid at the bottom of the wall, half way up the 1m of water the pressure would be 0.05kg / sq cm. At the very surface of the water, there would be no pressure. Thats why a finger in a dyke (dike) can hold back the North Sea!
When water is taken into the tanks of a submerged submarine, its total volume increases, displacing more water and increasing its buoyant force. This increases the upward force acting on the submarine, causing it to rise in the water or maintain a shallower depth.
At 5000 feet deep, the water pressure would be approximately 2200 pounds per square inch (psi). This pressure increases by about 14.7 psi for every 33 feet of depth due to the weight of the overlying water column. This high pressure makes it challenging for humans to dive to such depths without specialized equipment.
A gannet primarily uses gravity to dive into the water, accelerating downwards due to its weight. It also uses its wings to control the speed and direction of its dive, enabling it to plunge into the water with precision to catch fish.
As you dive deeper into water, the weight of the water above you increases, creating more pressure. This pressure is caused by the force of gravity acting on the water molecules above you. The deeper you go, the more particles there are pressing down on you, leading to a sensation of pressure on your body.
The deeper u go the more water pressure there is pushing in on your eardrums
As you dive deeper underwater, the pressure around you increases due to the weight of the water above. This increased pressure can cause discomfort or pain in your eardrums because it creates a pressure imbalance between the external water pressure and the air-filled space in your middle ear. If you don't equalize the pressure by techniques like yawning or swallowing, the eardrum can stretch, leading to pain or even injury.
The increase in water pressure as you dive deeper compresses the air inside the balloon, causing it to shrink in size. The higher pressure squishes the air molecules closer together, reducing the volume the balloon occupies.
Its density increases.
This is mainly do to the pressure that the water above the diver is putting on the diver. On the surface air is putting pressure on you but it has less weight than water and as you dive deeper the pressure increases because the amount of water above you also increases.
The whale is flexible. The submarine is not, and is therefore subject to crushing from the pressure.
The density increases..
there is higher pressure the deeper you travel into the ocean. this pressure is detrimental to health. also breathing is an issue.
can they dive deeper than a nother bird? yes they can
Its farther from the surface where the sun reflects.
Because the higher you go, the less amount of air is it above you, pushing down. Just like water pressure is no big deal at the Surface, but gets bigger the deeper you dive.