what-is-the-difference-between-the-concentration-of-a-solution-and-the-volume-of-a-solution

Name: what is the difference between the concentration of a solution and the volume of a solution
Uploaded: 2020-10-15
Duration: 3 min 28 s
Channel: Numerade
Description: What is the difference between the concentration of a solution and the volume of a solution?

Question

What is the difference between the concentration of a solution and the volume of a solution?

Vishal Sharma · Accepted Answer

in problem too Difference between the concentration off a solution and volume off solution. So the concentration off a solution refers to concentration offer a solution referred toe the amount off substance dissolved refers to the amount oh amount offer substance and dissolved mhm in a specific in a specified amount off you know, specified amount off solution The concentration off a solution depend on both the quantity off salute and the quantity off solvent. The concentration off a solution depends on both the quantity off salute and the quantity off solvent salute and quantity off the solvent. So there are several ways toe measure these quantity So common ways is the number off moles per liter number off months off salute parts per total volume off the solution in later So that is known as the majority. So basically, this is the concentration term and in case off the volume volume is is simply volume is simply, as we say, that the solution his form when salute and solvent are mixed each other. So that means the volume of solution. We can say that the volume off solution is the volume off salute plus volume off solvent. So this is the different term, so volume of solution is different. So we can say that the concentration and volume are different term in case off solution, so concentration and volume, so the concentration and volume are different. Terms are different, dumbs in case off in case off solution, so concentration and volume are two different terms in case off solutions.

David Collins · Answer

a concentrated solution is simply a solution that contains a large amount of Salyut, while a dilute solution contains a small amount of dissolved Salyut. So a concentrated solution has a lot of dissolves Salyut compared to a dilute solution.

David Collins · Answer

the difference between a saturated unsaturated solution is a saturated solution. Have the maximum solvent that can be dissolved and the thermal dynamically stable at a specific temperature. Supersaturated Sorry, not unsaturated. A supersaturated solution has more Salyut dissolved in it than its thermal dynamically stable. This often occurs when you heat something up, dissolve the maximum saturated limit and then slowly cool it down. The temperature can cool more quickly in many cases, can cool more quickly than the solid. You could come out of solution and for a time we have an unstable supersaturated solution.

David Collins · Answer

two common concentration units that are often confused. Our polarity and morality, A one Molar solution corresponds to a solution that has one mole of salute for every one leader of the entire solution. It doesn&#x27;t matter how much solvent is there, We just need to know the volume of the entire solution. A one malakal solution represented with a lower case M rather than an uppercase M corresponds to a solution that also contains one mole of salute, but not per liter of solution per kilogram of just the solvent. It&#x27;s important to recognize that it is the solvent in the denominator, not the solution. Low concentrations of polarity and morality are often very similar. If the solvent is water having a density close to one, because kilograms is in the denominator. For morality, then the concentration is independent of temperature. Because mass does not change with temperature, moles do not change with temperature, but volume does change with temperature. So more clarity would change as a function of temperature.

Charles Thomas · Answer

So we want to know the difference between the strength of an acid and the concentration of an acid. The strength has to do with the percent ionization or dissociation, and that has to do that is how much of the acid that you have produces age plus. So the initial amount of the acid, its concentration over the constant about divided into the concentration of age plus city que for a strong acid that is going to be essentially 100%. Basically, all of the initial H A that you have will yield age plus at equilibrium. You won&#x27;t have any H A left talk separated and produces age plus and a minus, uh, concentration. You can have a weak acid had a high concentration. Concentration is generally measured in units of polarity, which is moles of the Salyut over the volume in leaders. And so you could dissolve a lot of, for example, acetic acid in water and have a high concentration but only a small fraction of that acetic acid. Because it&#x27;s a weak acid, only a small fraction of it would yield age plus

Keenan Mintz · Answer

So now we&#x27;ll work on problem one from Chapter eight in this question were asked to define an Alquist solution. And then we&#x27;re also asked up differences between solvent and soul. You&#x27;d so, uh, you answer the first part of the question. And ah, qu&#x27;est ce solution can be defined a solution where water acts as a solvent. So what Water is our main component than it&#x27;s an obvious solution. And the second part were asked about the difference between Salyut and solvent. And so, in a solution, the solvent, his our major component. And unsurprisingly, the Salyut will then be the minor component. So there may be more than one saw you if you have several different ions or things, but there&#x27;s only once

Problem

Find at least three solutions at home. Identify t…

Problem 2 Easy Difficulty

What is the difference between the concentration of a solution and the volume of a solution?

Answer

Thus, Concentration and Volume are two different terms in case of a solution.

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Thus, Concentration and Volume are two different terms in case of a solution.

Living by Chemistry

Lizabeth T.

Stephen P.

Allea C.

Karli S.

Liquids - Intro

Comparison Of Gases Liquids And Solids

Angelica M. StacyLiving by Chemistry

Lizabeth T.

Stephen P.

Allea C.

Karli S.

Angelica M. Stacy

Living by Chemistry