HCl + Fe(OH)3 is the expression of the chemical reaction between hydrochloric acid (HCl) and Ferric Hydroxide (Fe(OH)3). Let us derive the facts about this reaction below:
HCl is a strong acid, which is colourless, corrosive and non-flammable in gaseous state. Addition of this strong acid into weak base Fe(OH)3, which is colourless as well neutralises the solution which is a perfect example of acid-base reaction.
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Let us see some facts about the solution HCl + Fe(OH)3 including the type of reaction, intermolecular forces between the elements, enthalpy and others throughout this article below.
What is the product of HCl and Fe(OH)3?
The products of HCl + Fe(OH)3 are found to tướng be FeCl3 (Ferric chloride) and H2O (Water).
What type of reaction is HCl + Fe(OH)3?
HCl + Fe(OH)3 reaction is called a Neutralisation Reaction where the acid, HCl and base, Fe(OH)3 react with each other by balancing the pH level of the solution and produces neutral Ferric chloride.
How to tướng balance HCl + Fe(OH)3?
The balance in the reaction between HCl and Fe(OH)3 is designed with step-by-step mô tả tìm kiếm.
- Step 1: To calculate the number of elements on both sides of the equation. So in the equation, 4 H, 1 Cl, 1 Fe, and 3 o are present in reactants. In products 1 Fe, 3 Cl, 2 H, and 1 O atoms are present. The equation is as follows-
- HCl + Fe(OH)3 → FeCl3 + H2O
- Step 2: Second attempt by multiplying required numbers with reactants as per products
- 3HCl + Fe(OH)3 → FeCl3 + H2O
- Step 3: Multiplying the number before the compounds
- 3HCl + Fe(OH)3 → FeCl3 + 3H2O
- Step 4: Writing the final balanced equation
- 3HCl + Fe(OH)3 → FeCl3 + 3H2O
HCl + Fe(OH)3 titration
Titration is take place between the solution of HCl and Fe(OH)3 in a specific amount. This titration reveals that 35.94 ml of HCL Solution is sufficient to tướng neutralise 18.62 ml of Fe(OH)3 Solution. The process of titration is as follows:
Used apparatus
Conical flask, burette, burette holder, pipette, beakers and volumetric flask.
Titrant and titre
Here the titrant is HCL and titre is Fe(OH)3.
Indicator
The indicator used in the titration of this kind of acid-base solution is Na2CO3.10H2O.
Procedure
HCl is taken in the burette by taking it through a pipette. The Fe(OH)3 solution is taken the conical flask and placed below the burette. Now, HCl is added in Fe(OH)3 drop wise and the Fe(OH)3 solution starts changing color from colorless to tướng reddish brown at a certain point which is taken for calculation.
HCl + Fe(OH)3 net ionic equation
The net ionic equation of the reaction between HCl and Fe(OH)3 is as follows: 3HCl (aq) + Fe(OH)3 (s)→ FeCl3 (aq) + 3H2O (l).
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HCl + Fe(OH)3 conjugate pairs
The conjugate pairs of individual reactant HCl are H+ (Conjugate acid) and Cl– (Conjugate base). Besides, OH– is the conjugate base of Fe3+ in Fe(OH)3. HCl and Fe(OH)3 are not considered as conjugate pairs as they tự not make conjugation with each other to tướng size a new product.
HCl and Fe(OH)3 intermolecular forces
Intermolecular force between H and Cl in HCl is as weak as intermolecular force between Fe and OH– ion. This is why HCl leaves proton (H+) easily and Cl– ion creates a bond with Fe getting a stronger intermolecular attraction force.
HCl + Fe(OH)3 reaction enthalpy
Enthalpy of the reaction is calculated as nearer to tướng 2221 KJ/mol by following the formula: Enthalpy = (bond energy of H-Cl) – (lattice energy of Fe(OH)2)
- Bond energy of H-Cl = 432 KJ/mol
- Bond energy of Fe(OH)3 = 2653 KJ/mol
- Enthalpy of the reaction HCl + Fe(OH)2 = (432 – 2653) = – 2221 KJ/mol
Is HCl + Fe(OH)3 a buffer solution?
HCl + Fe(OH)3 is not a buffer solution as Fe(OH)3 is not the conjugate base of HCl. They tự not pair with each other to tướng make a neutral compound as product.
Is HCl + Fe(OH)3 a complete reaction?
HCl + Fe(OH)3 is a complete reaction as it produces reliable and expected products by neutralizing each other.
Is HCl + Fe(OH)3 an exothermic or endothermic reaction?
HCl + Fe(OH)3 is an Exothermic reaction as the enthalpy of the reaction is negative which means the reaction gives out heat energy instead of taking it from outer surroundings.
Is HCl + Fe(OH)3 a redox reaction?
HCl + Fe(OH)3 can be considered a redox reaction as HCl leaves proton (H+) which refers to tướng oxidation and Ferric hydroxide leaves OH- ion which refers to tướng a reduction reaction. Both happen together in one single reaction therefore, it might be a redox reaction.
Is HCl + Fe(OH)3 a precipitation reaction?
HCl + Fe(OH)3 can be called as a precipitation reaction where the precipitation of Ferric chloride is found to tướng dominate the overall reaction actively. A reddish-brown colour precipitation is found to tướng take place in the product solution.
Is HCl + Fe(OH)3 reversible or irreversible reaction?
HCl + Fe(OH)3 is clearly an irreversible reaction where the products ferric chloride and water molecules tự not react with each other to tướng produce the reactant Hydrochloric acid and Ferric hydroxide again. No backward reaction refers it as an irreversible reaction.
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Is HCl + Fe(OH)3 displacement reaction?
HCl + Fe(OH)3 might be called a double displacement reaction as hydroxyl ions from Ferric hydroxide gets a displacement to tướng HCl by removing Cl– ions from Hydrochloric acid. That reduced Cl– ions get addition with iron remaining after leaving OH– ions.
Conclusion
This article has successfully found the unique reaction between Hydrochloric acid and Ferric hydroxide. This reaction follows the general rule of acid base reaction where they gives out metal chloride and water molecules.
Read more facts on HCl:
HCl + ZnCO3 HCl + NaH HCl + NaCl HCl + MnSO4 HCl + SbOCl HCl + SrCO3 HCl + Na2SO3 HCl + Fe2(CO3)3 HCl + MnO2 HCl + HgO | HCl + F2 HCl + Na2CO3 HCl + NaBr HCl + Sr HCl + Na2O HCl + Sr(NO3)2 HCl +Li2O HCl + NaH2PO2 HCl + PbSO4 HCl + Sb2S3 | HCl + CuS HCl + Mn2(SO4)3 HCl + HCN HCl + BaCO3 HCl + SO3 HCl + Mg2Si HCl + Al2S3 HCl + Na2O3 HCl + BaSO3 HCl + MgO2 | HCl + Ag2CO3 HCl + NaClO2 HCl + H3PO4 HCl + NH4OH HCl + Ag2O HCl + Hg HCl + FeS2 HCl + NaF HCl + KOH HCl + MgSO3 | HCl + Na2S2O3 HCl + Ca HCl + Na2S HCl +Li HCl + Na2SiO3 HCl + Ag2S HCl + Mg(OH)2 HCl + CH3CH2OH HCl + CuSO4 HCl + NH4NO3 | HCl + MnS HCl + Ag2C2 HCl + Pb(NO3)2 HCl +K2CO3 HCl + Sr(OH)2 HCl + FeSO3 HCl + NaClO HCl + Ag2CrO4 HCl + Mg3N2 |
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