The concentration of salt is higher inside a cell than outside the cell. The concentration of water inside the cell is lower tha
n it is outside. Salt cannot pass through the cell membrane. What will happen to the concentrations of water and salt? A. Water will move into the cell through diffusion. The salt concentration will be greater inside than outside. B. Water will move out of the cell through diffusion. The salt concentration will be less inside than outside. C. Water will move into the cell through osmosis. The salt and water concentrations will become similar inside and outside the cell. D. Water will move out of the cell through osmosis. The salt and water concentrations will become similar inside and outside the cell.
C. Water will move into the cell through osmosis. The salt and water concentrations will become similar inside and outside the cell.
Explanation:
Osmosis is the movement of water from its higher concentration to the lower concentration through a semi permeable membrane. Here, the cell have higher salt concentration and lower water concentration as compared to its outside. Since cell membrane is semi permeable, salt cannot pass through it. So, water will move into the cell through osmosis to equalize the salt and water concentration on either side of cell membrane.
No, hermaphroditism is a case where the individual has both female and male sexual organs. The only living being that can reproduce asexually being a hermafrodite is the tapeworm. Other species need a partner in order to reproduce.
My answer will be the plate tectonic theory that explains a variety of geological features and events and that has to do with, among others, the expansion of the ocean floor.
