9.6 Properties of Solutions

9.6 Properties of Solutions

• 500 mL of a 5.0% solution is required.

• The properties of a mixture are determined by the size and number of solute particles in it.

• The solute was dissolved as small particles that were uniformly dispersed throughout the solvent to give a solution.
• You can't see the solute from the solvent when you observe a solution such as salt water.
• The solution appears to be transparent.
• A semipermeable membrane allows small solute particles to pass through, but not large solute particles.

• Large molecule particles are called chloroidal particles.
• Unlike solutions, which can be separated by filters, collioids can be separated by semipermeable membranes.

• The suspension particles can be seen with the naked eye.
• They are trapped by filters.

• The weight of the suspended solute particles causes them to settle.
• If you stir muddy water, it mixes but then quickly separates as the suspended particles settle to the bottom and leave clear liquid at the top.
• There are suspensions in your medicine cabinet or in the hospital.
• Kaopectate, calamine lotion, antacid mixtures, and liquid penicillin are included.
• It is important to follow the instructions on the label so that the particles form a suspension.

• Water-treatment plants use suspensions to purify water.
• There is a system of filters that traps suspended particles in the water.

• Settling rate colloids can be separated from a solution by using a semipermeable membrane.

• The movement of water into and out of the cells of plants as well as the cells of our bodies depends on the solute concentration.

• Water is placed on one side of a semipermeable membrane and a solution of sugar is placed on the other side.

• The height of the solution creates enough pressure to equalize the flow of water between the two compartments.
• There is no change in the volumes of the two solutions.
• The osmotic pressure depends on the amount of water flowing into the solution.
• The higher the number of particles, the higher the osmotic pressure.
• The solution has higher directions.

• There is a reversal of the flow of water because of the lower water concentration.
• The ion and molecule in solution are trapped by the membrane.
• Desalination plants use reverse osmosis to get pure water from the sea.
• Reverse Osmosis is not an economical method for obtaining pure water in most parts of the world because of the amount of energy required.

• Osmosis is an ongoing process because the cells in biological systems are semipermeable.
• The solutes in body solutions exert osmotic pressure.
• Mass/volume percent is a type of percent concentration used in IV solutions.
• The most common isotonic solutions are 0.9% and less.
• Although they don't have the same particles, a 0.9% NaCl solution and a 5% glucose solution both have the same osmotic pressure.

• A red blood cell can retain its normal volume in an isotonic solution.
• In a hypotonic solution, water causes a red blood cell to swell and burst.
• The red blood cell shrinks when water leaves it.

• If a red blood cell is placed in a solution that is not isotonic, the differences in osmotic pressure inside and outside the cell can affect the volume of the cell.
• When you put food in water, it goes through a similar process.
• Food becomes smooth and plump when water enters the cells.

• A red blood cell is placed in a solution.
• The osmotic pressure in the red blood cell is the same as a 0.9% NaCl solution.
• When cucumbers are made with a hypertonic salt solution that causes them to lose water, it's a similar process.

• If a red blood cell is placed in each solution, it will undergo hemolysis, crenation, or no change.

• A 5% solution is isotonic.
• A red blood cell will not change.

• The NaCl solution is hypotonic.
• A red blood cell will break.

• The red blood cell will shrink.

• Large particles, such as colloids, can pass through a dialyzing membrane, which is a semipermeable one.
• It is possible to separate solution particles from colloids.

• Suppose we fill a bag with a solution containing a lot of stuff and put it in water.
• The water surrounding Cellophane will be filled with a mixture of Na+, Cl-, and glucose.

• There are large particles inside, like starch and protein.

• When the concentrations of sodium ion, solution particles, and chloride ion are the same, they become equal.

• Blood out neys remove waste materials, excess salts, and water from the fluids of the body.
• There are about 2 million nephrons in an adult.

• Small particles, such as water and urea, will move into the nephron when blood flows into the glomerulus.
• Substances still of value to the body are reabsorbed as the solution moves through the nephron.

• urea is a waste product.

• Increased levels of urea and urine can become life threatening if the kidneys fail to dialyze waste products.

• There is a large tank filled with strain on the heart in an artificial kidneys machine.
• Water with selected electrolytes may be used for the intake of fluids for a patient.
• The center of the bath was restricted to a small amount of water a day.
• The dialyzing coil is made of tubing.

• As the patient's blood flows through the dialyzing coil, the highly concen the dialyzing coil so water can be squeezed out of the blood.
• For some trated waste products, dialyze out of the blood.
• 2 to 10 L of water can be removed from a patient during one treatment.

• The patients do not produce much urine.
• The newer treatments require less time than before.

• Waste products and excess water are removed from the blood.

• A semipermeable membrane is used for 1% (m/v)glucose starch solution.

• The mixture is placed in a dialyzing bag albumin solution.

• The mixtures are placed in a dialyzing bag and immersed in distilled water.

• The excess fluid is removed by the osmo.
• A 4-h session requires at least 120 L of fluid.

• The dialysate's electrolytes are adjusted weekly.
• When the levels of the electrolytes are the same as the normal levels.

• Urine was found in her blood after her latest treatment.
• The doctor ordered 0.075 g of chlor to be connected to the catheter.

• The doctor ordered 5 grams of compazine through the dialyzer, which is used to treat vertigo.

• The dialysate fluid contains a lot of salts and cium.
• If a patient receives a certain amount of magnesium, it's equal to the concentration in their body.

• The solution of mannitol used as a diuretic is higher than normal.
• The loss of sodium and chloride can be increased by a patient.
• If the level is higher than normal.

• Solid, liquid, or gas may be the solute and solvent.

• The solute molecule is identified.

• The moles of solute per liter is called molarity.

• In calculations of grams or milliliters of solute or solution, the con electrolytes or nonelectrolytes are identified.

• A mixture is a solution or a colloid is a suspension.

• A saturated solution is a solution with the maximum amount of dissolved solute.

• An increase in temperature increases the amount of particles in the air.

• A semipermeable mem Li+, Na+, K+, NH + brane from a solution with a lower osmotic pressure is what passes through the water.

• Water and small solute particles pass through a dialyz while larger particles are retained.

• Particles are moderately large in this mixture.
• The process of dissolved ion by water.

• Water and small solute particles don't conduct an electrical current in the process.

• A process by which water is added to a solution of higher solute concentration.

• The more concentrated solution is a substance that produces ion when dissolved in water.

• The amount of positive or negative ion that can be dissolved at a given temperature.

• The maximum amount of solute that can be dissolved is 100 g.

• A mixture in which the solute particles are large issoluble in water.

• There is a component present in a lesser amount.

• Small particles can pass through filters if the solution contains less solute.

• A substance that only produces a small amount of ion along component.

• When the conductor of electricity is weak, a compound dissociates completely.

• Mass/volume % is the percentage of solution NH + 4, NO3 or C2H3O2 in liters.

• The ion that makes 3PO4soluble in water is 1.79 M LiCl.
• K+ makes K2CO3soluble in water.

• The concentration of the solution is the amount of solute dissolved in it.

• It becomes smooth and plump after being soaked in sugar-water solution.

• How many grams of water are needed to prepare a saturated 3 in 100 g of water is determined by the amount of aluminum chloride in the water.

• A 40.% (v/v) alcohol solution is an 80 proof brandy.

• A 18.0 M HCl solution is used to make a 500 mL beverage.

• There are problems related to the topics in this chapter.

• There is 92 g of KF in 100.

What is the molarity of the H2O at 20 degC when the copper sulfate has a solubility of 32 g of CuSO4 in 100 g of give a final volume of 60.0 mL?

• A solution is prepared with HCl and H2O.

• The solution has a density of 1.49 g/mL.

• There is 1.0 g formic acid in the solution.

• There are a few ion of H+ and F in the solution.

• 8% albumin solution perature increases.

• At a higher temperature, the gas is less stable.

• The semipermeable membrane can be used to add 5.00 g to a 5.00% solution.
• The increase in fluid of glucose to 95.00 g of water causes the raisin to swell.

• C6H12O6 can be found in 6.8 g.

• It is a nonpolar solvent.

• A balanced chemical equation is needed for the reaction.

• Air pollution is caused by automobile exhaust.

• The mobile engine in the auto of bleach has active component and oxygen gases in the air at high temperatures.
• Nitrogen oxide reacts with hypochlorite.

What is the mass/volume percent of the drug?

• A balanced chemical equation is needed for the preparation of a bleach solution.

• rancid butter is caused by the compound butyric acid.

• Carbon dioxide and nitrogen oxide are found in automobile exhaust.

• The smell of rancid butter comes from the production of Butyric acid.

• Butyric acid has a density at 20 degrees.

• Adding bleach to a wash can remove stains from clothes.
• The active ingredient in bleach is hypochlorite.

How many grams of Tums tablets is needed for heating and cooking?

• If the daily recommended quantity of Ca2+ is maintained.
• The density of methane gas is 0.715 g/L.

• A ship can hold up to 7 million gallons of gas.
• The extract of shikimic acid from the seedpods of star anise is the beginning of the preparation of Tamiflu.
• 0.13 g of shikimic acid can be obtained from 2.6 g of star anise.
• For 5 days, the usual adult dosage is two capsule of tamiflu.

• The Lewis structure has the formula CH4.

What is the volume of gas from one drug?

• There is a balanced chemical equation for shikimic acid.

• The capsule contains 75 percent of tamiflu.

• White spheres are burned if they are carbon atoms.

• Tums has an active ingredient that is calcium carbonate.

• The Tums tablet contains 500 grams of calcium carbonate.

• Wine making involves the production of carbon dioxide gas and liquid alcohol from grapes.
• A bottle of vintage port wine has a volume of 750 mL.
• The density is 0.789 g/mL.
• There is 26 g of sugar in 1.5 lbs of grapes.

• Port is a type of wine that is produced in Portugal.

• The volume percent is the amount of alcohol in the port wine.

How many bottles of port wine can be produced?