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.
During electrolyte regulation, water bubbles up hydrogen gas because it is a dipole.
Salt solutions are used in osmosis experiment to show that water will move to the side that has more salt. "Water follows salt."
The inside of a cell and the outside of the cell are usually in equilibrium as far as salt is concerned. Water always follows salt.If the outside has more salt, then water will follow it outwards. The cell will lose water and become shriveled.
The salt outside the celery is higher than it is inside. Water will leave the celery and it will (over time) become wilted. If you put the celery into plain water, the water will move into the celery causing it to become firmer. The water will always move to where there is more salt. There is a saying that "water follows salt".
I think it's because salt dissolves better in hot water than cold water, so as the solution cools the salt wants to come out of solution and crystallize. When you pour the solution over the sponge, this causes the liquid to evaporate. This further concentrates the salt so that it will crystallize. The salt crystals will start to form on undissolved salt or on the sponge. Once the crystals start forming, they grow fairly rapidly...
water passively follows salt
During electrolyte regulation, water bubbles up hydrogen gas because it is a dipole.
water follows sodium
Salt solutions are used in osmosis experiment to show that water will move to the side that has more salt. "Water follows salt."
which one is neutral compound of follow air water sugar salt
Fish in salt water maintain osmotic homeostasis by drinking large amounts of water and excreting excess salt through their gills and kidneys. They also have specialized cells in their gills that actively transport salt out of their bodies to maintain the proper balance of salt and water.
The inside of a cell and the outside of the cell are usually in equilibrium as far as salt is concerned. Water always follows salt.If the outside has more salt, then water will follow it outwards. The cell will lose water and become shriveled.
The salt outside the celery is higher than it is inside. Water will leave the celery and it will (over time) become wilted. If you put the celery into plain water, the water will move into the celery causing it to become firmer. The water will always move to where there is more salt. There is a saying that "water follows salt".
I think it's because salt dissolves better in hot water than cold water, so as the solution cools the salt wants to come out of solution and crystallize. When you pour the solution over the sponge, this causes the liquid to evaporate. This further concentrates the salt so that it will crystallize. The salt crystals will start to form on undissolved salt or on the sponge. Once the crystals start forming, they grow fairly rapidly...
No. salt water is salt water. it already has salt in it
The best rule of thumb when talking about salt and cells is the absolute rule "water follows salt". If the solution is the same saltiness, the water stays in balance. In this case, it is saltier outside the cell so water will leave. The cell will shrivel up (a process called creation).
Salt water