Because the saltwater is dehydrating it, just like it will dehydrate humans eventually.
A freshwater paramecium would shrivel in salt water due to a precess called osmosis.
Osmosis is a type of diffusion that occurs in water. If you have a container with two different salt concentrations separated by a fine screen (semipermeable barrier) that will allow water to move back and forth, but not salt, the water will try to move to the side with more salt to dilute that salt. This is what happens to your paramecium. The water inside the paramecium will move outside the paramecium to try to dilute the saltwater, causing the paramecium to shrivel like a ball that has had the air let out.
Further explanation of osmosis can be found at http://en.wikipedia.org/wiki/Osmosis
As a side note, this is why drinking salt water actually dehydrates a person. When you have salt water in your digestive track the water in your body will move into your digestive track to dilute the salt water. The water is then excreted through your urine leaving you with less water in your body then before you drank the saltwater.
The cells in the persons body would try to equalize the concentration on the outside and inside of the cell. This would lead to the cells exposed to the hypotonic solution dehydrating themselves.
Salt is the solute.
The plant is most likely to die because the salt water already killed the root cells. It also depends on the concentraition of the plant. some plants are very sensitive when fresh water is placed in ONLY salt water plants
There was more salt/solute outside of the cell, and the solute "sucks" away the water from the cell;making it shrink and possibly collapse in itself.
It has to do with osmosis since their is so much salt in saltwater the salt takes up space so their is more water in the egg so the egg will shrink and their will be more water in the cup so it reaches eqilibrium.
Carrot cells placed in salt water will lose water due to osmosis, causing them to shrink and become wilted. The high concentration of salt in the water creates a hypertonic environment, leading to water leaving the carrot cells to try to balance the salt concentration.
cells shrink because salt water is hypertonic solution.
The cells in the zucchini shrink because they lose their water.
When plant cells are exposed to salt water, water moves out of the cells through osmosis, causing the cells to lose turgor pressure and shrink. This process is known as plasmolysis. Continued exposure to salt water can eventually lead to the death of the plant cells.
shrink in salt water. swell in fresh water.
water leaves the cell causeing the cell to shrink.
It has to do with hypertonicity between cells. The concentration of water in salt water is lower than the concentration of water inside the potato. So water will move out of the potato and in to the salt water to create equilibrium, causing the potato to shrink.
Adding salt to meat causes a process called osmosis, where water moves out of the meat cells to balance the concentration of salt inside and outside the cells. As the salt draws water out, it helps to enhance flavor and preserve the meat. This water loss can also lead to a firmer texture in the meat, as the cells shrink.
When you put salt water in a beaker with potato cells, the cells will lose water through a process called osmosis. Since the salt concentration outside the cells is higher than inside, water moves out of the potato cells to balance the concentration. This causes the cells to shrink and become plasmolyzed, leading to a wilting or shriveling appearance in the potato.
When plant cells are placed in salt water, they experience a process called osmosis, where water moves out of the cells to the area with higher salt concentration outside. This leads to a loss of turgor pressure, causing the cells to shrink and become plasmolyzed. As a result, the plant may wilt and exhibit signs of dehydration. If the exposure to salt water continues, it can ultimately damage the cells and lead to plant death.
the egg will shrink.
First of all, it won't be pleasant! Secondly, a little will do no harm, but a lot will make you go; mad.