KOH is a strong base while HNO3 is a strong acid. When mixed they will form H20 (water) and a Salt KNO3. This salt won’t be able to form back the acid and the original base.
KOH is a strong base while HNO3 is a strong acid. When mixed they will form H20 (water) and a Salt KNO3. This salt won’t be able to form back the acid and the original base.
CO2, being a non metallic oxide, is an acidic oxide. And with NaOH being a base, in the most basic sense, it is a neutralization reaction. Thus, when a acid and base react, salt and water is formed thus, as it is here, sodium carbonate (Na2CO3) and water will be formed.
CO2, being a non metallic oxide, is an acidic oxide. And with NaOH being a base, in the most basic sense, it is a neutralization reaction. Thus, when a acid and base react, salt and water is formed thus, as it is here, sodium carbonate (Na2CO3) and water will be formed.
Strong base (alkali) reacting with a strong inorganic acid to produce a salt (Potassium nitrate) and water. This is an example of a neutralisation reaction. The reaction will go to completion.
Strong base (alkali) reacting with a strong inorganic acid to produce a salt (Potassium nitrate) and water. This is an example of a neutralisation reaction. The reaction will go to completion.
When an acid is added to a base, a chemical reaction called neutralization reaction.
reaction between nitric acid, HNO3, and the base potassium hydroxide, KOH.
HNO3 + KOH → H2O + KNO3
Neutralization produces a salt and water. KNO3 is the salt in the above reaction. Heat energy is generally released.
When an acid is added to a base, a chemical reaction called neutralization reaction.
reaction between nitric acid, HNO3, and the base potassium hydroxide, KOH.
HNO3 + KOH → H2O + KNO3
Neutralization produces a salt and water. KNO3 is the salt in the above reaction. Heat energy is generally released.
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KOH is a strong base while HNO3 is a strong acid. When mixed they will form H20 (water) and a Salt KNO3. This salt won’t be able to form back the acid and the original base.
KOH is a strong base while HNO3 is a strong acid. When mixed they will form H20 (water) and a Salt KNO3. This salt won’t be able to form back the acid and the original base.
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CO2, being a non metallic oxide, is an acidic oxide. And with NaOH being a base, in the most basic sense, it is a neutralization reaction. Thus, when a acid and base react, salt and water is formed thus, as it is here, sodium carbonate (Na2CO3) and water will be formed.
CO2, being a non metallic oxide, is an acidic oxide. And with NaOH being a base, in the most basic sense, it is a neutralization reaction. Thus, when a acid and base react, salt and water is formed thus, as it is here, sodium carbonate (Na2CO3) and water will be formed.
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KOH(aq) + HNO3(aq) ⮕ KNO3(aq) + H2O(aq)
Strong base (alkali) reacting with a strong inorganic acid to produce a salt (Potassium nitrate) and water. This is an example of a neutralisation reaction. The reaction will go to completion.
KOH(aq) + HNO3(aq) ⮕ KNO3(aq) + H2O(aq)
Strong base (alkali) reacting with a strong inorganic acid to produce a salt (Potassium nitrate) and water. This is an example of a neutralisation reaction. The reaction will go to completion.
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This is a neutralisation reaction of an acid and a base. A reaction between an acid and a base will generally produce a salt and water.
So the reaction would be:
KOH (aq) + HNO3 (aq) -----> KNO3 (aq) + H2O (l)
Happy Days :)
This is a neutralisation reaction of an acid and a base. A reaction between an acid and a base will generally produce a salt and water.
So the reaction would be:
KOH (aq) + HNO3 (aq) -----> KNO3 (aq) + H2O (l)
Happy Days :)
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As HNO3 is strong acid and KOH is a strong base, they both undergo complete neutralisation to form salt KNO3 and water H2O.
As HNO3 is strong acid and KOH is a strong base, they both undergo complete neutralisation to form salt KNO3 and water H2O.
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Flourine on reaction with cold and dil alkali leads to the formation of OF2 while with hot and conc it leads to the formation of O2
The reaction involved is
F2+NaoH~OF2+NaF+H2O(cold & dil)
F2+NaoH~O2+NaF+H2O(Hot & conc)
Flourine on reaction with cold and dil alkali leads to the formation of OF2 while with hot and conc it leads to the formation of O2
The reaction involved is
F2+NaoH~OF2+NaF+H2O(cold & dil)
F2+NaoH~O2+NaF+H2O(Hot & conc)
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