Internet Search Results 

Question #62993 - Socratic
Yes, we can. You're dealing with the hydrolisis of boron trichloride, "BCl"_3. This reaction will produce boric acid, which you'll see written both as "H"_3"BO"_3 and as "B"("OH")_3, and hydrochloric acid, "HCl". The balanced chemical equation would indeed look like this "BCl"_text(3(aq]) + 3"H"_2"O"_text((l]) -> "B"("OH")_text(3(aq]) + 3"HCl"_text((aq]) I'll try to explain what's going on ...

Question #7f381 - Socratic
Nitric acid and sodium hydroxide will neutralize each other in a #1:1# mole ratio, i.e. every mole of nitric acid will consume #1# mole of sodium hydroxide, to produce water and aqueous sodium nitrate, #"NaNO"_3#.

Question #6cd6a - Socratic
For neutralization mol of H+ ions of acid = mol of OH- ions of base So first you need to know the H+ of 10ml of 0.1 M HCl The number H^+ ions in the solution is the concentration of HCl because strong acids dissociate completely thus producing "1mole of H+"/"1mole of acid." This is only applicable to strong acids. The same is the case with strong base but instead of H^+ they produce strong ...

Question #12933 - Socratic
You're dealing with a neutralization reaction in which nitric acid, #"HNO"_3#, reacts with lithium hydroxide, #"LiOH"#, to produce aqueous lithium nitrate, #"LiNO"_3#, and water.

Question #93d51 + Example - Socratic
"3.306 mmoles H"^(+) The trick here is to realize that the problem is actually asking for the number of hydrogen ions, "H"^(+), that can be delivered to a reaction by a solution of oxalic acid. Oxalic acid, "H"_2"C"_2"O"_4, is a diprotic acid, meaning that it can deliver two hydrogen ions in a neutralization reaction. For example, you need 2 moles of sodium hydroxide to neutralize 1 mole of ...

Of these molecules, which one is an electrophile and which one is a ...
HYDROXIDE "OH"^(-) is almost always going to be a nucleophile, as it is negatively charged. Granted, sometimes it acts like a base (like with acetone), and sometimes it acts like a nucleophile (like with alkyl halides), but in general it tends to want to donate electrons.

When adding base to a weak acid, does the concentration of
The increase in wk acid beyond an equivalent reaction mixture of acid and base is 'insignificant' and pH increases should be assumed to be exclusively due to additional #(OH^_)# titrant. Explanation: Consider the reaction of one equivalent of acid and one equivalent of base.

What is the milky white suspension that occurs when carbon ... - Socratic
Limewater is aqueous calcium hydroxide, "Ca(OH)"_2". When carbon dioxide gas, "CO"_2", is bubbled through the limewater, a chemical reaction takes place that forms the milky white precipitate called calcium carbonate, "CaCO"_3", and liquid water, "H"_2"O".

How does #"hydrogen bonding"# affect #"normal boiling points"#? - Socratic
Molecules with extensive hydrogen bonding tend to have high boiling points. Consider water, OH_2. This is a very low molecular weight material that has quite an elevated normal boiling point. The strength and persistence of intermolecular hydrogen bonding is responsible for this involatility. Contrast water's behaviour with solvents where hydrogen is not bound to a strongly electronegative ...

Moles question! Molecules vs atoms? + Example - Socratic
Here's what I got. Well, the number of atoms of hydrogen and the number of formula units can be determined by using the fact that each formula unit of aluminium hydroxide -- you're dealing with an ionic compound, so there are no molecules of aluminium hydroxide -- contains one atom of aluminium, 1 xx "Al" three atoms of oxygen, 3 xx "O" three atoms of hydrogen, 3 xx "H" This basically means ...