Osmosis Graph Analysis Quiz

At 0.5 M, the environment is

• Hypertonic

• Hypotonic

• Isotonic

• Hydroponic

at .5 M, the cells in the solution will

• get larger

• get smaller

• will gain mass

• Lyse

At .5 M concentration of sucrose, there is more ___ inside the cells and more ____ outside

• solute , solvent (water)

• solvent (water); solute

• ions; phospholipids

• phospholipids; ions

At 0.1 M, the environment is

• Hypertonic

• Hypotonic

• Isotonic

• Hydroponic

at 0.1 M, the cells in the solution will

• get larger

• get smaller

• will gain mass

• plasmolyze

At 0.1 M concentration of sucrose, there is more ___ inside the cells and more ____ outside

• solute , solvent (water)

• solvent (water); solute

• lysed; plasmolyzed

• plasmolyzed; lysed

Tags

NGSS.HS-LS2-3

At what molarity is the concentration inside the cells the same as it is outside? (isotonic)

• 0 M

• 0.23 M

• .53 M

• 1 M

• .75 M

What happens to cell size at equilibrium?

• The cells lyse

• The cells plasmolyze

• The cells gain mass from sugar; lose mass from water

• The cells remain unchanged

• The cells are turgid

What range of molarities will cause water to leave the cells?

• .23 M - 1 M

• 0 M - .23 M

• .23 M

• .75 M - 1 M

• 0 M - 1 M

What range of molarities will cause water to enter the cells?

• .23 M - 1 M

• 0 M - .23 M

• .23 M

• .75 M - 1 M

• 0 M - 1 M