the seawater smells
probally fresh because no salt in mouth or eyes addition: it is easier to float/swim in seawater since seawater is denser than fresh water.
The rate of dehydration is greater in seawater because seawater has a higher salt concentration compared to fresh lake water. When you drink seawater, the body has to work harder to eliminate the excess salt through urine, ultimately leading to more water loss and increased dehydration.
No, it is seawater.
by evaporation
When ice caps melt, fresh water from the ice flows into the ocean, diluting the salt concentration. This influx of fresh water reduces the overall salinity of the surrounding seawater. Additionally, the melting of ice caps can disrupt ocean currents and circulation patterns, further affecting the distribution and concentration of salt in the ocean.
When fresh water is removed from ocean water, the salts that are left behind are also a valuable resource. Over half of the world's supply of magnesium, a strong, light metal, is obtained from seawater in this way.
When a ship sails from seawater to fresh water, the buoyancy of the ship increases because fresh water is less dense than seawater. This can cause the ship to ride higher in the water. Additionally, there may be a slight increase in the ship's speed due to the lower density of the fresh water offering less resistance to the hull.
One characteristic of salt water is its buoyancy, which can vary based on the amount of salt present. Salt water is also more conductive of electricity compared to fresh water due to its higher concentration of ions. Additionally, salt water is capable of freezing at lower temperatures than fresh water.
no.they must have fresh water to live.
When fresh water meets seawater, it is called a "brackish water" environment. This occurs in estuaries or coastal wetlands where rivers flow into the ocean.
Freezing desalination works by freezing seawater and separating the ice crystals from the remaining saltwater. The ice crystals are then melted to produce fresh water, while the saltwater is left behind. This process helps remove salt and impurities from seawater, resulting in fresh water that is safe for consumption.
Seawater has a higher salinity level due to dissolved salts, whereas fresh water has a very low salinity level. Seawater is found in oceans and contains various minerals, while fresh water is found in rivers, lakes, and underground reservoirs. Seawater is not suitable for drinking or agriculture without desalination, while fresh water is typically safe for consumption and irrigation needs.