I learned that a hypotonic solution of 0.2M compared to a hypertonic solution of 0.4M will have the ent movement of water from the lower concentration of SOLUTE to the higher concentration. -Adam Hanzel
Although water will be able to freely move between two isotonic solutions, there will be no net change in water concentration on either side of the membrane.
Red blood cells do not burst in blood because the blood provides an isotonic environment for them.
ReplyDeleteCell walls of plants push back on the water making it not able to burst.
ReplyDeleteI learned that a hypotonic solution of 0.2M compared to a hypertonic solution of 0.4M will have the ent movement of water from the lower concentration of SOLUTE to the higher concentration.
ReplyDelete-Adam Hanzel
hi:)
ReplyDeletei learned that reading ALL directions makes the lab easier:)
ReplyDeletediffusion occurs by molecules moving from areas of high concentration to low concentrations
ReplyDeleteHypotonic has a lower concentration. Hypertonic has a higher concentration.
ReplyDeleteShelby Ravsten
The movement of water is influenced by the solute concentrations of the solutions.
ReplyDelete...and Steph.
Water Potential is affected both by solute concentration and pressure potential
ReplyDeleteRowdy
Isotonic solutions are equal to each other in terms of solute concentration
-Amanda (strikedog)
Although water will be able to freely move between two isotonic solutions, there will be no net change in water concentration on either side of the membrane.
ReplyDelete-Collin Rodgers
When Iodine combines with starch, it will form a purplish-colored compound in the experiment.
ReplyDelete