The distribution of water is determined by solute concentrations. A hypertonic solution would cause a body cell to shrink in size

One system consists of a permeable membrane with an intracellular concentration greater than the extracellular concentration.  A second system is a semi-permeable membrane with  intracellular concentration less than the extracellular concentration.  Describe the solution type for each system. Group of answer choices The permeable membrane is hypotonic, the semi-permeable membrane is isotonic. Both systems are isotonic. The permeable membrane is isotonic, the semi-permeable membrane is hypertonic. The permeable membrane is isotonic, the semi-permeable membrane is hypotonic. The permeable membrane is hypertonic, the semi-permeable membrane is isotonic.

which of the following is a hypertonic solution (relative to body fluids)? Note: this can occur during a state of dehydration- 500mOsm, 100mOsm, or 300mOsm.

Submerging of a red blood cell in a hypertonic solution will result in Lysis of the cell membrane Bursting of the cell Plasmolysis of the cell The cell becoming turgid The cell becoming flaccid

An isotonic solution has the/a ____ concentration of water as the cell and the/a ____ concentration of solute as the cell       different, different   partial, partial    same, different   different, same   same, same

. The movement of a substance against its concentration gradient is always categorized as: simple diffusion facilitated diffusion active transport passive transport osmosis

In each picture, mark a plus + where the water concentration is higher, and a minus - where it is lower.

Osmosis is a type of active transport, but specifically for water. True False

In osmosis, water flows from hypertonic/hypotonic/isotonic solutions to hypertonic/hypotonic/isotonic  solutions, until both solutions are hypertonic/hypotonic/isotonic.

The movement of a substance across a membrane, from low to high concentrations of that substance (requiring the expenditure of energy, often in the form of ATP hydrolysis), is always categorized as: active transport facilitated diffusion simple diffusion passive transport osmosis