Water will move out of the cell and into the solution.
The explanation for this is that water generally moves from an area of higher WATER concentration (the cell) into an area of lower WATER concentration (the solution).
This answer assumes that the cell in the question has a semi-permeable membrane and would allow water to pass through. Also, an effect of the water moving out of the cell is that the cell will shrink or decrease in size.
Out of the cell - osmosis tries to balance the amount of solute by moving water across the membrane to achieve this.
the solution in the balloon is hypertonic relative to the solution in the breaker. is this true
hypertonic
In this scenario, the cell and the surrounding solution have the same water concentration (both are 35 percent water). This means that the system is in an isotonic state, where the concentration of water inside the cell is equal to the concentration of water outside the cell. In an isotonic solution, there is no net movement of water. Water molecules will move across the cell membrane in both directions, but there is no overall change in the water concentration inside or outside the cell. The cell's volume and shape will remain relatively stable. In summary, if a cell that is 35 percent water is placed in a solution that is also 35 percent water, the net movement of water will be minimal, and the cell will generally maintain its size and shape.
mabey
Normal Saline 0.9% is called an isotonic solution. A 0.0% saline solution is called a hypotonic solution. A solution of this concentration would cause water to diffuse into the red blood cells and cause them to burst open. A 10% saline solution is called a hypertonic solution. A solution of this concentration would cause water to diffuse out of the red blood cells, making them shrivel up and shrink.
the solution in the balloon is hypertonic relative to the solution in the breaker. is this true
The answer is 5,82 %.
The direction will be towards the more concentrated side so the 10% solution with go towards the 20% solution in an attempt to reach equilibrium.
W-V percent concentration g/mL = 1.20g/240mL = 0.005 g/mL percent
3 percent alcohol
The cell and the solution will reach equilibrium when they each contain 40 percent water. This equilibrium is achieved through osmosis.
The sugar solution is a hypertonic solution so water from the inside will exit through the cell membrane via osmosis and the cell will shrivel
It has something to do with osmosis....
A 1% solution normally contains 1 gram of active ingredient per 100 ml of solution (weight-volume percent) Could also be 1gm per 100 gms (weight-weight percent)- but normally weight-volume is used.
1% solution of KOH contains 1g of KOH in 100g of solution. This means that you need to mix 1g of KOH and 99g of water.
Osmosis may occur in either direction across the cell membrane.
Sodium chloride 0.9 percent and normal saline are not quite the same solution. While they share the same osmolality, sodium chloride contains more salt.