Salt water is more dense than fresh water. So when you're in salt water you float more than when you are in fresh water
Yes, salt water is more conductive than fresh water because the presence of salt ions in salt water allows for the flow of electricity more easily compared to the lack of ions in fresh water.
Objects float more in salt water compared to fresh water because salt water is denser. The increased density of salt water provides greater buoyancy for objects, allowing them to float more easily than in fresh water.
Salt water is more buoyant than fresh water is, because salt water is slightly more dense. -- Anything that floats in salt water will float higher than it does in fresh water. -- Anything that sinks in salt water will sink slower than it does in fresh water. -- Anything that just barely floats in salt water may possibly sink in fresh water.
Salt water is more dense than fresh water due to the presence of dissolved salts such as sodium chloride. This increased density allows objects to float higher in salt water compared to fresh water.
Salt water is denser than fresh water due to the dissolved salt particles, which increases the buoyant force acting on objects. This means that objects will float higher and feel more buoyant in salt water compared to fresh water.
It is because the fresh water has less density compared to that of salt water.
Ships need more ballast in the ocean because the salt helps to keep them a float.What we know is that salt water is about 3% more dense than fresh water and that ships use the water they are floating in for ballast.Say an ocean ship needs 10 tonnes of ballast to get to it's stable water line. The volume of 10 tonnes of seawater would equal 9.7m3.That same ship will float slightly lower in fresh water since fresh water is less dense. It will need 3% less ballast weight (9.7 tonnes) to get to the same stable water line in fresh water. The volume of 9.7 tonnes of fresh water would equal 9.7 m3.So, the ship in the ocean requires 3% more ballast weight than the ship in fresh water, but the ballast volume is the same in both cases.
Any thing from people to ships are more buoyant in freshwater than in saltwater. Buoyancy is determined by the downward and upward force of an object. Also, saltwater weighs more than freshwater, so objects are more buoyant in the heavier water.
Fresh water. Salt water is denser and therefore makes things more boyant. Ships have marks painted on the side of their hull, usually welded lines and then painted over, that show their load limits in salt and fresh water. These lines are known as Plimsol lines or International Load Lines.
Fresh water...
Ships need more ballast in the ocean because the salt helps to keep them a float.What we know is that salt water is about 3% more dense than fresh water and that ships use the water they are floating in for ballast.Say an ocean ship needs 10 tonnes of ballast to get to it's stable water line. The volume of 10 tonnes of seawater would equal 9.7m3.That same ship will float slightly lower in fresh water since fresh water is less dense. It will need 3% less ballast weight (9.7 tonnes) to get to the same stable water line in fresh water. The volume of 9.7 tonnes of fresh water would equal 9.7 m3.So, the ship in the ocean requires 3% more ballast weight than the ship in fresh water, but the ballast volume is the same in both cases.
i think it is fresh water
He plans to get more fresh water from rain water.
Yes, cruise ships are more likely to have a desalination plant compared to cargo ships. This is because cruise ships typically operate with a larger number of passengers and crew, necessitating a reliable and consistent supply of fresh water. In contrast, cargo ships generally focus on transporting goods and may not require the same level of onboard amenities or water production capabilities. As a result, cruise ships invest more in facilities like desalination plants to ensure passenger comfort and safety.
No lakes in the world have saltwater and fresh water because if salt water entered a fresh water lake, the fresh water would turn into salt waterRead more: What_lake_has_both_salt_water_and_freshwater
NO! There is fresh and non fresh water every were in the world. There is more fresh water in wet places than in dry places.
Glaciers hold more fresh water then any river.