A hypertonic solution has a higher level of solutes so the water moves out of the cells to the surroundings
A hypertonic solution has a higher level of solutes so the water moves out of the cells to the surroundings
A hypotonic solution has a higher level of solutes so the water moves out of the cells to the surroundings
The salt and water solution in the potato is a hypotonic solution
Osmosis is the movement of large molecules across a membrane which require embedded proteins
The plain water in this experiment is the solvent and the salt is the solute.
Passive transport requires no energy and the molecules move with the concentration gradient or from high concentration to low concentration
Active transport required no energy and the molecules move with the concentration gradient or from high concentration to low concentration.
The water on the inside of the potato with the salt molecules is an isotonic solution the same as the solution on the outside of the potato.
Water will not move by simple diffusion (osmosis) into or out of cells it requires energy or protein transporters
The solution of salt water in the potato has a lower concentration of water molecules so the water on the outside should move into the cells
A hypertonic solution has a higher level of solutes so the water moves out of the cells to the surroundings
A hypertonic solution has a higher level of solutes so the water moves out of the cells to the surroundings
A hypotonic solution has a higher level of solutes so the water moves out of the cells to the surroundings
The salt and water solution in the potato is a hypotonic solution
Osmosis is the movement of large molecules across a membrane which require embedded proteins
The plain water in this experiment is the solvent and the salt is the solute.
Passive transport requires no energy and the molecules move with the concentration gradient or from high concentration to low concentration
Active transport required no energy and the molecules move with the concentration gradient or from high concentration to low concentration.
The water on the inside of the potato with the salt molecules is an isotonic solution the same as the solution on the outside of the potato.
Water will not move by simple diffusion (osmosis) into or out of cells it requires energy or protein transporters
The solution of salt water in the potato has a lower concentration of water molecules so the water on the outside should move into the cells
