Answer this question… Along warm-water currents from warmer regions to colder regions
Salt can increase the movement of molecules in water through a process called osmosis. When salt is dissolved in water, it creates a concentration gradient that causes water molecules to move towards the area with higher salt concentration, increasing the overall movement of molecules in the solution.
When salt is added to soil, it increases the soil's salinity, which can affect water movement. High levels of salt can lead to osmotic stress, where water is drawn out of plant roots, affecting their ability to take up water. This can result in reduced water movement within the soil and impact plant growth.
No, water does not actively follow salt. The movement of water in relation to salt is governed by osmosis, which is the passive movement of water across a semipermeable membrane to equalize the concentration of solutes on both sides. This process occurs until equilibrium is reached.
Salt will dissolve faster in hot water compared to cold water. This is because the heat in the hot water speeds up the movement of the water molecules, allowing them to interact more readily with the salt particles and dissolve them quicker.
No, salt water flowing through a pipe by itself does not constitute an electric current. Electric current requires the movement of charged particles, such as electrons, in a closed circuit. Salt water can conduct electricity only if there are free ions present in the water to carry the charge.
Salt can increase the movement of molecules in water through a process called osmosis. When salt is dissolved in water, it creates a concentration gradient that causes water molecules to move towards the area with higher salt concentration, increasing the overall movement of molecules in the solution.
When salt is added to soil, it increases the soil's salinity, which can affect water movement. High levels of salt can lead to osmotic stress, where water is drawn out of plant roots, affecting their ability to take up water. This can result in reduced water movement within the soil and impact plant growth.
No, water does not actively follow salt. The movement of water in relation to salt is governed by osmosis, which is the passive movement of water across a semipermeable membrane to equalize the concentration of solutes on both sides. This process occurs until equilibrium is reached.
Percolation affects the movement underground because, when the water is passing through it dissolves all salt and minerals.
A salt water flush is a popular method for eliminating harmful toxins from the bloodstream. By stimulating a bowel movement, a salt water flush can effectively expel toxic matter from the system.
The movement of water when ocean and fresh water meet is called Density currents.
Salt will dissolve faster in hot water compared to cold water. This is because the heat in the hot water speeds up the movement of the water molecules, allowing them to interact more readily with the salt particles and dissolve them quicker.
Pure water does not contain any electrolytes to carry electrons where as salt water contains the same to carry electrons -movement of electrons is electrical current
No, salt water flowing through a pipe by itself does not constitute an electric current. Electric current requires the movement of charged particles, such as electrons, in a closed circuit. Salt water can conduct electricity only if there are free ions present in the water to carry the charge.
The aquarium filters, airstones running, jumping fish and other normal water movement cause salty water to be sprayed onto the lid. The water evaporates, leaving the salt behind.
No. salt water is salt water. it already has salt in it
All metals will corrode faster in salt water than in tap water. Corrosion involves the movement of ions and electrons. Having extra ions in the water (salty water has sodium and chlorine ions) speeds this up.