Since plant cells have cell walls, the osmotic pressure that results from their being in a hypotonic solution will not be as likely to cause the cell to lyse. Animal cells simply swell until they lyse.
In animal cells, when the water enters the cell(through osmosis) the pressure within the cell builds until it finally bursts.
Example: A balloon filled with so much water that it bursts.
Plant cells have cell walls so the cell membrane is not the only thing experiencing the pressure of water entering the cell. The cell wall acts as a backbone to contain the cell, thus preventing it from bursting.
Example: A water-filled balloon in a cardboard box.
Well, a hypotonic condition is where water from the outside is diffused into the cell. A hypertonic condition is where water is diffused out of the cell and into the surrounding liquid or solution. So, to answer your question, plant cells do better in hypotonic conditions because when water is diffused into cells, the cells get larger and get packed tight. When a plant cell is in a hypertonic condition, the plant cell's lose water and are packed less tightly often resulting in wilting.
The strong peptidoglycan cell wall, of course. Rather the same with plants and their cell walls.
When the solution outside the cell is hypotonic to the cell contents, then by osmosis the water from outside the cell enters in , due to which the cell swell's up. This principle is used in Karyotyping, where hypo.KCl is added to increase the cell size for better visualization of chromosomes.
The study of how to make your body function better is called biomechanics. Biomechanics includes the study of humans, animals, plants, organs, and cells.
neck
i am not to sure but i can say that having structure even when you do not have stability can make you function better just to know you have trust in yourself!
migration
Yes if you are speaking about use with blood. An isotonic solution has the same concentration of specific elements as you blood preventing cellular damage. If you used a hypertonic solution all the water would leave the cell and it would crenate. If you use a hypotonic solution water would move into the cell quickly and the cell would burst (lyse).
Salt water. Salt water is very hypotonic and will force the egg to float. Regular water is hypertonic and force water in. Causing the egg to sink like the Titanic.
Hypertonic solutions are heavily saturated with sugar, since the concentration is higher on the outside of the cell than the inside osmosis will occur by transfering water to the outside of the cell in an attempt to establish an equilibrium. if the solution is hypotonic the direction of osmosis is likely to be towards the cell because the cells concentration is greater than its surroundings, thus is won't be dehydrated. In conclusion hypertonic solutions don't allow bacteria to thrive as easily.
they liked made it look better,safer,better conditions!!
They contain lysosomes.. spelling? They essentially break down the peptidoglycan layer surrounding the bacteria cell membrane can the cell can't control water regulation so the membrane expands until it bursts or shrinks until it dies, it depends on whether or not it is in a hypotonic or hypertonic solution. Isotonic solution.. then well the cell can technically live for a while, we use this as method of extracting cells for study and gain better access to them.
The Moto tribe had better living conditions then the Ravu tribe.
When the solution outside the cell is hypotonic to the cell contents, then by osmosis the water from outside the cell enters in , due to which the cell swell's up. This principle is used in Karyotyping, where hypo.KCl is added to increase the cell size for better visualization of chromosomes.
alkaline conditions
Developed countries have better living conditions than developing counties. They most likely have better health care and better public infrastructure.
Better Sleep
Turgid plant cells mean that the organism has more than enough water, and this causes the cells to be in a hypotonic state. Plants that have enough water are generally healthier, and the turgid cells support the plant better. Furthermore, studies have shown that plant cells perform the best in a hypotonic state.
Since they are not alive, they just wait for better conditions.