Question

Difficulty: HardChemistry in Daily Life and Industrial Applications

Match the chemical substances listed in List I with their corresponding primary industrial applications or daily life functions in List II.

  • ChloroxylenolActive antiseptic agent in commercial disinfectant liquid formulations
  • Melamine-Formaldehyde ResinThermosetting polymer utilized in manufacturing shatterproof dinnerware
  • Bordeaux MixtureInorganic fungicide and bactericide applied in agricultural crop protection
  • Potassium NitrateOxidizing component used in gunpowder and pyrotechnic formulations

Answer

Chloroxylenol matches with active antiseptic agent in commercial disinfectant liquid formulations; Melamine-Formaldehyde Resin matches with thermosetting polymer utilized in manufacturing shatterproof dinnerware; Bordeaux Mixture matches with inorganic fungicide and bactericide applied in agricultural crop protection; and Potassium Nitrate matches with oxidizing component used in gunpowder and pyrotechnic formulations.
Chloroxylenol functions as an active antiseptic in disinfectant liquids; Melamine-Formaldehyde Resin is a thermosetting plastic used for durable dinnerware; Bordeaux Mixture is a copper-based agricultural fungicide; and Potassium Nitrate serves as an oxidizing agent in propellant and pyrotechnic mixtures.

Step-by-Step Solution

1
Analyze the chemical nature and application of Chloroxylenol.
Chloroxylenol (C8H9ClOC_8H_9ClO) is a halogenated phenolic antiseptic.
It disrupts microbial cell membranes and inactivates key cellular enzymes, making it the active ingredient in antimicrobial products.
2
Evaluate the structure and utility of Melamine-Formaldehyde Resin.
It is formed via condensation polymerization of melamine with formaldehyde.
Extensive three-dimensional cross-linking renders it rigid, durable, and heat-resistant, ideal for shatterproof kitchenware.
3
Examine the composition and agricultural role of Bordeaux Mixture.
It is prepared by combining copper sulfate (CuSO4CuSO_4) solution with slaked lime (Ca(OH)2Ca(OH)_2) suspension.
The released copper ions (Cu2+Cu^{2+}) inhibit fungal spore germination on crops such as grapes and potatoes.
4
Identify the industrial function of Potassium Nitrate.
Potassium nitrate (KNO3KNO_3) readily undergoes thermal decomposition to liberate oxygen gas.
This rapid oxygen supply drives the rapid oxidation of fuels (sulfur and charcoal) in gunpowder and pyrotechnic compositions.

Key Concept

Chemical compounds in daily life and industrial applications
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