Also, you may want to think about what acid strength means.

Acid Strength can mean a couple of different things.

This I completely disagree with and was hoping you could clear up some general questions about the order in acid strengths ex.

Acid strength decreases and base strength increases down the table.

Acid strength is commonly measured by two methods.

In terms of acid strength, it is much stronger than acetic acid.

Acid strengths are also often discussed in terms of the stability of the conjugate base.

The number of electronegative atoms adjacent an acidic bond also affects acid strength.

In the series sulfonic-sulfinic-sulfenic acids, both the acid strength and stability diminish in that order.

As if darkness itself possessed some acid strength that could devour pearls, the amazing phenomenon continued until almost complete.

Another quantitative system has been proposed, in which Lewis acid strength is based on gas-phase affinity for fluoride.

Also, electron-withdrawing groups substituted at the ortho and para positions, enhance the acid strength.

It can also be expressed as a percentage of sulfuric acid strength; for oleum concentrations, that would be over 100%.

With the same central atom E, acid strength increases as the number of oxygen attached to E increases.

With the exception of hydrofluoric acid, the halogen halides are strong acids, with acid strength increasing down the group.

With the same number of oxygens around E, acid strength increases with the electronegativity of E.

There exists a large corpus of data concerning acid strengths in aqueous solution (pK values), and it is tempting to transfer this to other solvents.

This increases the acid strength of the boric acid permitting better precision in volumetric analysis of this acid.

Increasing the acid strength of the leaching fluid to leach a larger amount of any of the constituents changes the scenario that the test was designed to simulate.

By varying the solvent one can come up with a systematic ranking of acid strengths that also is consistent with how their chemistry works in a particular solvent.

The acid dissociation constant K is an indicator of the acid strength: stronger acids have a higher K value (and a lower pK value).

Thus, HCl - which readily gives up its protons will have a high acid strength - even if there is only a few HCl molecules in the solution.

Its acid strength, as determined by the Gutmann-Beckett method and the Childs method, is comparable to BF but weaker than BCl.

Nitric acid, after distillation to increase the acid strength, was capable of dissolving the silver from a finely divided mixture of silver and gold, leaving the gold.

The boron atom in these barrelene compounds is pyramidalized (the sum of the C-B-C angles is 311 not 327 ) leading to even greater Lewis acid strength.