15 Facts on HCl + Sr(NO3)2: What, How To Balance & FAQs

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Strontium Nitrate is an acid and has two Nitrate ions. Let us see a few facts on HCl+ Sr(NO3)2.

Strontium Nitrate is also known as Strontium Dinitrate. It is used as an oxidizing or reducing agent in industries. It has a density of 2.62 g/cm3. 211.63 g/mol is Its molecular weight. HCl is a very strong acid having a density of 1.99 Kg/m3.

Let us discuss the reaction type, titration procedures, and balancing of the reaction in this article.

What is the product of HCl and Sr(NO3)2?

HCl and Sr(NO3)2 have the following products. Strontium Chloride (SrCl2) and Nitric acid.

 Sr(NO3)2   + 2HCl → SrCl2 + 2 HNO3.

What type of reaction is HCl + Sr(NO3)2?

The reaction between HCl plus Sr(NO3)2  is an Exothermic reaction and also a Double displacement reaction.

How to balance HCl + Sr(NO3)2?

This reaction between HCl + Sr(NO3)2 is not balanced as the number of molecules in the reactants and product are not equal.

 Sr(OH)2  + HCl → SrCl2 + HNO3

  • So, we have to balance the reaction subsequently.
  •  We should first assign coefficients to all molecules present in the reaction. We use P, Q, R, and S as we have five molecules. The reaction will look like this,
  • P Sr(NO3)2 + Q HCl →R SrCl2 + S HNO3
  •  The labeled coefficients can be used as alphabets for reactants and products.
  • Sr = P+ R, O=6P + 3S, H=Q+ S  N = 3P+S.
  • we can calculate the coefficient values using by Gaussian elimination method.
  • P=1, Q=2, R=1,S=2
  • So, the balanced equivalence of the reaction is,
  • Sr(NO3)2  + 2HCl → SrCl2 + 2 HNO3 .

HCl + Sr(NO3)2 titration?

In the reaction between HCl and Sr(NO3)2, titration does not occur, as robust acids like HCl cannot be used for titration, and Sr(NO3)2 can cause eye irritation.

HCl + Sr(NO3)2 net ionic equation?

HCl and Sr(NO3)2 reaction has the following Ionic equation,

Sr2+ + 2NO3 1- + 2H+ + 2Cl– → Sr2+ + 2Cl–  + 2H+ + NO31-

  • Write the balanced chemical equation and represent the states (physical) of reactants and products.
  • Sr(NO3)2 (s)  + 2HCl (aq) → SrCl2 (s) + 2 HNO3 (aq)
  • Salts, acids and bases dissociate into ions, but pure substances and molecules fail to do so. The final equation after dissociation is
  • Sr2+ + 2NO3 1- + 2H+ + 2Cl– → Sr2+ + 2Cl–  + 2H+ + NO31-

HCl + Sr(NO3)2 conjugate pairs?

HCl + Sr(NO3)2   has the following conjugate pairs  

  • Sr(NO3)2 does not have any conjugate pairs  
  • The conjugate pair of HCl is Cl–.

HCl and Sr(NO3)2 intermolecular forces?

HCl and Sr(NO3)2 reaction has the following intermolecular forces,

  • Sr(NO3)2 has an Ionic force.
  • HCl has Dipole-Dipole interaction and dispersion forces.

HCl + Sr(NO3)2 reaction enthalpy?

HCl + Sr(NO3)2 reaction, their reaction enthalpy has not been established due to stoichiometry.

Is HCl + Sr(NO3)2 a buffer solution?

HCl and Sr(NO3)2 reaction as a buffer is not possible as strong acid (HCl) is used.

Is HCl + Sr(NO3)2 a complete reaction?

HCl + Sr(NO3)2 is a complete reaction with Strontium Chloride (SrCl2) and water as their products.

Sr(OH)2   + 2HCl → SrCl2 + 2 H2O.

Is HCl + Sr(NO3)2 an exothermic or endothermic reaction?

HCl and Sr(NO3)2 reaction is an Exothermic reaction because heat is liberated.

Is HCl + Sr(NO3)2  a redox reaction?

HCl and Sr(NO3)2 reaction is not a redox reaction as there is no change in the oxidation number of Sr.

Is HCl + Sr(NO3)2 a precipitation reaction?

HCl and Sr(NO3)2 reaction is a precipitation reaction. Strontium Chloride is obtained as a residue.

Is HCl + Sr(NO3)2 reversible or irreversible reaction?

HCl and Sr(NO3)2 reaction is an irreversible reaction because heat is liberated.

Is HCl + Sr(NO3)2  displacement reaction?

HCl and Sr(NO3)2 reaction  is a double displacement reaction as the chloride in Strontium chloride is displaced twice.

Conclusion

In conclusion, the reaction between HCl and S(NO3)2 is endothermic. No buffer solution is formed, and its reaction enthalpy has not been established yet. Sr(NO3)2 plays an important role in the red flame of fireworks.