Will $"rubidium acetate"$ give a neutral, acidic, or basic solution upon dissolution in water?

For the oxidation of $"Zn"$: $Zn(s) rarr Zn^(2+) + 2e^-$; $"oxidation (i)"$ For the reduction of $"hydronium ion"$: $H^(+) + e^(-) rarr 1/2H_2(g)$; $"reduction (ii)"$ We add these equations together...

$"Molarity"="Moles of solute"/"Volume of solution"$. And thus,.. $((225*g)/(180.16*g*mol^-1))/(5*L)=0.250*mol*L^-1.$ Note that the way we do the problem, by including the dimensions, is a good check on our calulations. It is all...

You have weak acids, ammonium bromide, sodium oxalate, potassium bisulfate, and ammonium bromide. And neutral salts: potassium perchlorate, and caesium bromide. The only potential problem is sodium oxalate. The...

In water, the following equilibrium operates under standard conditions of temperature and pressure....... $2H_2O(l) rightleftharpoons H_3O^+ + HO^-$ And as for any equilibrium, we can define an equilibrium constant. And...

We write the formula $H_3O^+$ or $H^+$. We mean the characteristic cation of water. This might be a cluster of 3 or 4 or 5 water molecules with an extra...

Given $2.15*mol*L^-1$ barium hydroxide, $[HO^-]$ $=$ $4.30*mol*L^-1$ $pOH$ $=$ $-log_(10)[HO^-]$ $=$ $-log_(10){4.30}$ $=$ $-0.63$. The solution is strongly basic.

And thus for $a.,b.,c.$ we gets acidic, slightly basic, and basic . And we should write the stoichiometric equations: $a.$ $H_2SO_4(aq) +NH_3(aq) rarr NH_4^+ + HSO_4^-$ The solution is ACIDIC...

These are mostly straightforward, except for one. $"Al"("NO"_3)_3$ is strongly acidic because $"Al"^(3+)$ is a Lewis acid. It has an empty $3p_z$ orbital that accepts electron , making it...

........which we may represent by the equation: $"H"_3"CC(=O)O"^(-) + "H"_2"O(l)" rightleftharpoons "H"_3"CC(=O)OH(aq)"+""^(-)"OH"$ The conjugate base of a weak acid, by definition, competes fairly strongly for the proton, and thus gives...

$"Entropy"$, the statistical probability of disorder, is the fundamental thermodynamic force for chemical and physical change. Certainly, a solution of a salt, has more , more randomness, than an undissolved...