Solution concentration can be described in terms of tonicity. Solutions are hypertonic, isotonic, or hypotonic to cells. A hyper
tonic is one that has a greater concentration of solute outside the cell and therefore a lower concentration. Water will leave the cell, to the outside environment. This is one reason why organisms that live in fresh water cannot survive in salt water, the ocean. Water will leave the organism’s cells and eventually the cells will undergo plasmolysis and the organisms will die. An isotonic solution is a balanced solution. That is, the solution concentration is balanced with the solution inside the cell. Finally, when a cell is surrounded by a hypotonic solution, concentration of solute is greater inside the cell, concentration of water greater outside. Water moves into the cell and the cell swells. If enough water enters, the cell can burst. On Day 2, the egg was placed in 10% salt water. Based on the student data, what type of solution would we label 10% salt water in this case?
A) hypertonic
B) hypotonic
C) isotonic
D) saline
Damage to the <u>left hippocampus </u> is most likely to interfere with explicit memories of newly learned verbal information. Damage to the<u> right hippocampus </u> is most likely to interfere with explicit memories of newly learned visual designs
Explanation:
<u>Hippocampus:</u>
The dominant side of the hippocampus leads the function of having stored the memories regarding verbal communications or more over the languages that people speak and more over communicate with each other using those medium of instructions. And the right side operates for the function of storing all the information regarding visuals and stuff.