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An example of an acid-base neutralization reaction is the formation of table salt, sodium chloride, and water. HCl + NaOH ----> H2O + NaCl. A strong acid (hydrochloric acid) and a strong base ...
Letter D does show a hydrogen ion exchange meaning it is an acid-base reaction and our correct answer! Step 3: Assign oxidation numbers to the chemical species within the reaction. The half ...
For a simple answer, an acid, likes do donate its HX+ H X + ions, and a base likes to give off its OHX− O H X − ions. The bond enthalpy of the A-H and B-OH bonds are low. Now the HX+ and OHX− H X + a n d O H X − fuse to form a water molecule, giving rise to new bonds, hence is an exothermic process. Share.
Our expert help has broken down your problem into an easy-to-learn solution you can count on. Question: Question Details Acid base neutralization involves the formation of a salt and water. Such a process is exothermic. 1 Point True False 01:36 / 10:01 Save. Question Details Acid base neutralization involves the formation of a salt and water.
But the definition in my textbook says that : A neutralisation reaction is a reaction during which an acid reacts with a base to form a salt and water only. I understand the part : A neutralisation reaction is a reaction during which an acid reacts with a base. since, given that the acid is an H+ donor and the base and H+ acceptor, they will ...
The following is another example of an acid-base neutralization reaction: H B r (a q) + K O H (a q) → H 2 O (l) + K B r (a q) Hydrogen bromide donates its proton to potassium hydroxide. The ...
I'm basically thinking whether I could potentionally poison myself while neutralising strong acid/base by some weak base/acid when I accidentally spill it, touch it or when I'm cleaning reaction product. Combinations of chemicals that are non-toxic in my opinion: $\ce{HCl + NaHCO3}$ $\ce{H2SO4 + NaHCO3}$ $\ce{NaOH + CH3COOH}$
The only neutralizations that do not produce water are reactions of an acid HX H X with ammonia NHX3 N H X 3 or with organic derivates of ammonia, like amines. These reactions produce an ammonium salt NHX4X N H X 4 X and no water. NHX3 +HX NHX4X N H X 3 + H X N H X 4 X. If the acid is HX2Y H X 2 Y or HX3Z H X 3 Z, the neutralization reactions are.
Ammonia is a "weak" base that's stronger, by a wide margin, than sodium bicarbonate, and similarly "weak" acetic acid looks like a powerhouse compared with phenol. Such differences show up as differences in reactivity, including the balamlnce between neutralization and salt hydrolysis. We have to be more quantitative.
An acid-base reaction is not the exchange of a hydrogen atom $\ce{H}$. It is the exchange of a hydrogen ion (or proton) $\ce{H+}$. Thus your answer should be: $$\ce{NH3(aq) +HNO3(aq) -> NH4+(aq) + NO3-(aq)}$$ The given answer combines the two ions produced into a single compound. $$\ce{NH4+(aq) + NO3-(aq) ->NH4NO3(aq)}$$