Hypotonic conditions in a plant cell can create turgor pressure by causing water to move into the cell faster than it can exit due to higher osmotic pressure inside the cell. Turgor pressure pushes the cell membrane against the cell wall, making the cell rigid and helping the plant stand up straight.
Stem
Hypotonic is a relative term i.e when you say a hypotonic(less concentration of electrolyte or solute in it) solution it is in comparision with other solution. Here it is in comparision with the fluid of the cell. As you say a hypotonic solution is around the cell here, therefore by the process of osmosis, fluid from the cell will drain out resulting it to shrink since solution travels from high concentration (cell) to lower concentration of solute(in hypotonic solution). example: A grape kept in honey shrinks Cell can swell and burst if there is a hypertonic solution around it. example: Raisin kept in water swells
hypotonic solution will cause the blood cell to swell up and maybe lyse or be destroyed. Hypotonic solution contains low solute and high water concentration. To reach equilibrium or blanace the difference in the cell and out side of the cell water will move in to make the solute in the cell equal the solute outside the cell
To create a diagram comparing hypertonic and hypotonic solutions, you can draw two separate cells, one in each environment. For hypertonic, show a cell shriveling due to water moving out. For hypotonic, show a cell swelling or even bursting due to water moving in. Label each diagram accordingly to indicate the type of solution and its effect on the cell.
A thin, flexible stem would be a beneficial adaptation for a fully-submerged water plant because it allows the plant to bend and move with water currents while minimizing resistance. This adaptation helps the plant to avoid damage from strong water flow and enables efficient nutrient uptake.
it can make it wilt because there is no water in the cell which is hypertonic solutions.
Stem
sunlight, water and air .....
To make your Monstera plant stand up straight, you can provide it with a sturdy support stake or trellis to help it grow vertically. Additionally, rotating the plant regularly can encourage even growth and prevent it from leaning to one side.
To make a stand for a sign, you can use materials like wood or metal to create a sturdy base and frame. Attach the sign securely to the stand using screws or brackets. Make sure the stand is stable and can withstand outdoor conditions if needed.
To adapt is to make suitable to requirements or conditions. To be adapted is to be adjusted to certain requirements or conditions.
The Cell Walls make it stand up and the Xylem tissue transports the water
Osmosis works for any type of cell. Because of a lower concentration of solute inside the cell then out, the water would rush to where the solute is in an attempt to make it even. It would retain its shape because of its cell wall making it rigid which is absent in animal cells which is prone to swelling and making it burst.
jump off a cliff then eat an egg
To make your monstera plant stand up properly, you can provide it with a sturdy support such as a moss pole or trellis. This will help the plant climb and grow upright, preventing it from leaning or drooping. Additionally, make sure to regularly prune any leggy or overgrown stems to encourage a more compact and upright growth habit.
Actually, only hypertonic solutions make the plant wilt. Hypotonic does the opposite and actually makes the plant want to burst. However, the cell wall prevents this from happening. Next time after a thunderstorm, go up to a flower and cut it. Water will ooze out, if not spurt out. Hypertonic solution means that the concentration of water is higher inside a cell than outside. During transportation in cells, since diffusion is a type of passive transport, the water will tend to go with the gradient, or from a high concentration to a low concentration. So, the high concentration of water will flow out of the plant cell. Due to the eventual lack of water in the plant cells, the plant will begin to wilt. If you water the plant and check 30 minutes later, it will be back in its upright position.
A hypotonic solution would.