acid dissociation constant
The molarity is a form of expression for the concentration; the molarity of a solution is the number of moles of solute in the solvent. The number of moles is the ratio between the mass of the solute in the solution and and its molar mass.
Diffusion; a form of passive transport.
form factor is defined as ratio between rms value and average value..
If you take into consideration the mathematical concepts underlying this physical property (namely the Henderson-Hasselbalch equation) that quantifies the pH of the buffered solution, you will see that the pH is dependent on the pKa of the weak acid and the ratio of the concentration of conjugate base to the concentration of the weak acid. pH=pKa+log(A-/HA). Adding water to the solution does not change this ratio. To understand this, know that the quantity of conjugate base and its acid are not being altered, and therefore its ratio. Say they are at a ratio of 2:3, 2 mol/L of A- and 3 mol/L of HA. If you add 1L of water, the concentration of these species change, (to 1mol/L and 1.5mol/L) but they change by EXACTLY the same amount and the ratio doesn't change. in both instances the ratio is 2:3 and 1:1.5 = 2:3. That is why when you are considering buffered solution, the pH remains unaffected upon dilution. The actual quantity of species, not the ratio, determines the buffering capacity.
1 to 4
Any pH because oils are not dissociated to form ions.
Concentration = Molarity = mol/L24 g NaCl = ?? mol NaCl?? mol NaCl/2 L water = ?? M (M is unit of molarity)
A weak acid is an acid where only a proportion of the hydrogen has dissociated to form hydrogen ions.
A weak acid is an acid where only a proportion of the hydrogen has dissociated to form hydrogen ions.
Ratio's
if you write ratio in this form x:y, the fraction form is x/y
Substances that are able to be dissociated in ions in water solutions.
168/108 is in a ratio form. In its simplest form, it is 14/9
Ratio form just involves a colon sign which represents the word "to" just like you have it in your question 11:15 is the ratio form 0.7333 is in decimal form 11/15 is in fraction form
This depends on: - concentration of nitric acid - stirring - temperature - pressure - ratio iron/acid in the beaker - the physical form of iron: powder, granules, chips, etc.
Express the ratio below in its simplest form. 12 : 6
The ratio is -22 .