Hydrogen and its Compounds - Applications

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The Hydrogen and Its Compounds – Applications section highlights how hydrogen and its important compounds are used in industry, laboratory work, environmental management, energy systems, and daily life. This module is designed for Class 11–12 students, undergraduate learners, and competitive exam aspirants, helping connect theoretical concepts with real-world chemical applications.

In this section, you will explore:

  • Industrial applications of hydrogen – ammonia synthesis (Haber process), petroleum refining, and hydrogenation of oils

  • Hydrogen as a clean fuel – fuel cells, rocket propulsion, and future energy systems

  • Applications of hydrides – reducing agents, hydrogen storage materials, and desiccants

  • Water applications – solvent properties, industrial cooling, steam generation, and hardness control

  • Hydrogen peroxide (H₂O₂) – bleaching, antiseptic use, wastewater treatment, and oxidizing agent in synthesis

  • Laboratory applications – preparation, purification, and analytical uses of hydrogen and its compounds

  • Environmental applications – role of hydrogen in green chemistry and pollution control

  • Safety and handling considerations for hydrogen and hydrogen-containing compounds

  • NCERT- and UG-aligned explanations, supported by reaction equations, flow diagrams, MCQs, and application-based questions

The content is structured to enhance practical relevance, build industrial awareness, and prepare students for application-based questions in exams and practicals.

Develop a practical understanding of Hydrogen and Its Compounds to appreciate their central role in modern industry, energy sustainability, and daily life.

Q. In which application is hydrogen used as a reducing agent?
  • A. Electrolysis
  • B. Metal extraction
  • C. Acid-base neutralization
  • D. Combustion
Q. What is the main environmental benefit of using hydrogen as a fuel?
  • A. It produces carbon dioxide
  • B. It is renewable
  • C. It produces only water as a byproduct
  • D. It is cheaper than fossil fuels
Q. What is the primary use of hydrogen in the production of hydrochloric acid?
  • A. As a reactant
  • B. As a catalyst
  • C. As a solvent
  • D. As a byproduct
Q. What is the role of hydrogen in fuel cells?
  • A. To act as a catalyst
  • B. To provide energy through combustion
  • C. To produce electricity through a chemical reaction
  • D. To store energy
Q. What is the significance of hydrogen in the synthesis of methanol?
  • A. It acts as a solvent
  • B. It is a reactant
  • C. It is a catalyst
  • D. It is a byproduct
Q. Which compound is formed when hydrogen reacts with chlorine?
  • A. Hydrochloric acid
  • B. Hydrogen chloride
  • C. Chlorine gas
  • D. Chlorinated hydrocarbons
Q. Which of the following hydrogen compounds is used in the production of fertilizers?
  • A. Hydrogen sulfide
  • B. Ammonia
  • C. Hydrochloric acid
  • D. Water
Q. Which of the following is a common application of hydrogen in the petroleum industry?
  • A. Hydrogenation of fats
  • B. Electrolysis of water
  • C. Production of sulfuric acid
  • D. Synthesis of ammonia
Q. Which of the following is NOT a use of hydrogen in industry?
  • A. Rocket fuel
  • B. Hydrogenation of oils
  • C. Production of ammonia
  • D. Synthesis of nitric acid
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