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Does water make an acid or base become less dilute?
Water dilutes both acids and bases by reducing their concentration. When added to an acid, water decreases the concentration of hydronium ions (H3O+) in the solution, making it less acidic. Similarly, when added to a base, water decreases the concentration of hydroxide ions (OH-) in the solution, making it less basic.
What is the difference between a diluent and a dilutant, and how do they affect the concentration of a solution?
A diluent is a substance used to dilute a solution, while a dilutant is a substance that is already present in a solution and contributes to its dilution. Both diluents and dilutants decrease the concentration of a solution by adding more solvent to it.
How weak is acid diffent from dilute acid?
They are pretty much the same. The only difference might be that the weak acid was always weak and the dilute acid used to be stronger and then got watered down, or diluted. But, essentially they can both have the same pH and be called either one.
Why Silver Does Not Displace Hydrogen Iron Dilute Acid Solution?
Silver is less reactive than hydrogen and iron in dilute acid solution, so it does not displace them. Silver does not easily donate electrons to form silver ions in acidic conditions, whereas both hydrogen and iron are more reactive and readily undergo redox reactions in the presence of acid. This difference in reactivity means that silver cannot displace hydrogen or iron in dilute acid solution.
Can a dilute iodine solution be used to distinguish between amylose and amylopectin?
No, a dilute iodine solution cannot be used to distinguish between amylose and amylopectin. Iodine will react with both amylose and amylopectin to form a blue-black complex, showing that both contain starch. Other methods, such as enzymatic digestion or chromatography, are typically used to separate amylose and amylopectin.
Can a solution be both saturated and dilute?
No, a solution cannot be both saturated and dilute at the same time. A saturated solution contains the maximum amount of solute that can be dissolved in a solvent at a given temperature, while a dilute solution has a relatively small amount of solute dissolved in the solvent.
How is osmosis related to solution types?
We define Osmosis as the passage of water from a dilute solution via a membrane which is semi permeable to a more concentrate solution. It means that Semi permeable membrane is a very thin layer of material which allows some molecule to pass through them and prevent some molecule from pass through them. These molecules are decided by the type of solution. Generally, the membrane only allows movement of H2O molecules. So, if on one side is a saturated solution of something while on the other side is a dilute solution, the movement of molecules will be from both the directions but net result will be from saturated to dilute solution.
Similarities between concentrated solution and dilute solution?
they both have to mix with water
What has the properties of both solution and suspension?
Super saturated sugar and water has a sugar- water solution and a suspension of sugar particles
What are two differences between a dilute solution and a concentrated solution of sugar water?
Dilute solution, a mixture that has only a little solute dissolved in a certain amount of solvent. Concentrated solution-one that has a lot of solute dissolved in the solvent.
Is dilute related to acid?
Not necessarily. When a dilute substance is one that has a low concentration in a given solution. It could refer to any dissolved substance which may or may not be an acid. If a solution is acidic, then the acidity will depend on both the concentration and the strength of the acid.
Does water make an acid or base become less dilute?
Water dilutes both acids and bases by reducing their concentration. When added to an acid, water decreases the concentration of hydronium ions (H3O+) in the solution, making it less acidic. Similarly, when added to a base, water decreases the concentration of hydroxide ions (OH-) in the solution, making it less basic.
What is the difference between a diluent and a dilutant, and how do they affect the concentration of a solution?
A diluent is a substance used to dilute a solution, while a dilutant is a substance that is already present in a solution and contributes to its dilution. Both diluents and dilutants decrease the concentration of a solution by adding more solvent to it.
How weak is acid diffent from dilute acid?
They are pretty much the same. The only difference might be that the weak acid was always weak and the dilute acid used to be stronger and then got watered down, or diluted. But, essentially they can both have the same pH and be called either one.
Why Silver Does Not Displace Hydrogen Iron Dilute Acid Solution?
Silver is less reactive than hydrogen and iron in dilute acid solution, so it does not displace them. Silver does not easily donate electrons to form silver ions in acidic conditions, whereas both hydrogen and iron are more reactive and readily undergo redox reactions in the presence of acid. This difference in reactivity means that silver cannot displace hydrogen or iron in dilute acid solution.
How do you dissolve a saturated solution without adding water?
One way to dissolve a saturated solution without adding water is by heating the solution. This can increase the solubility of the solute, allowing more of it to dissolve. Another method is by changing the pressure of the system, which can also affect the solubility of the solute. Finally, adding a different solvent that can dissolve both the solute and solvent in the saturated solution can help dissolve the solute without adding more water.
Can a dilute iodine solution be used to distinguish between amylose and amylopectin?
No, a dilute iodine solution cannot be used to distinguish between amylose and amylopectin. Iodine will react with both amylose and amylopectin to form a blue-black complex, showing that both contain starch. Other methods, such as enzymatic digestion or chromatography, are typically used to separate amylose and amylopectin.
