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Convert a Soluble Base to Their Respective Soluble Salts by Neutralization Reaction. - Chemistry

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प्रश्न

Convert a soluble base to their respective soluble salts by neutralization reaction.

एक पंक्ति में उत्तर

उत्तर

Soluble base to soluble salt:
\[\ce{\underset{\text{[soluble base]}}{NaOH} + \underset{\text{acid}}{HCl}->\underset{\text{[soluble salt]}}{NaCl} + H2O}\]

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अध्याय 2: Chemical Changes & Reactions - Additional Questions

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विराफ जे दलाल Simplified ICSE Chemistry [English] Class 9
अध्याय 2 Chemical Changes & Reactions
Additional Questions | Q 16.2

संबंधित प्रश्न

On heating which of the following substances i.e. copper carbonate, zinc carbonate, washing soda, copper sulphate, zinc nitrate, copper nitrate, lead nitrate, ammonium chloride and ammonium dichromate – relate to the reaction given below.

A coloured substance which decomposes violently leaving a coloured residue and evolving two neutral gases one of which is unreactive or inert in nature.


State which of the substance given below evolve oxygen gas on thermal decomposition.

Ammonium dichromate


State which of the substance given below evolve oxygen gas on thermal decomposition.

Trilead tetroxide


The reaction can be classified as:

State which of the following type, take place in the reaction is given below.

\[\ce{SO2 + 2H2O + Cl2->2HCl + H2SO4}\]


Give a balanced equation for a direct combination reaction involving:

Two elements – one of which is a neutral gas and the other a monovalent metal


Give a balanced equation for thermal decomposition of lead carbonate


Define a displacement reaction with a suitable example. 


Complete the statement by filling in the blank with the correct word:

The neutral gas evolved when lead nitrate undergoes thermal decomposition is _________.


Give a balanced equation for the following type of reaction:

A soluble salt of lead formed from an insoluble base by double decomposition – neutralization.


Match the chemical reactions in List I with the appropriate answer in List II.

List I List II
1. \[\ce{AB⇌[heat]A + B}\] A: Double decomposition
2. \[\ce{AB->A + B}\] B: Thermal dissociation

3. \[\ce{X+Y- + AB+B-  ->X+B- + A+Y-}\]

C: Endothermic reaction
4. \[\ce{X + YZ->XZ + Y}\] D: Displacement reaction
5. \[\ce{X + Y->[heat]XY - \Delta}\] E: Decomposition reaction

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