The heat released per mole of Fe 2 O 3 produced is to be calculated. The energy released when 2 mol of proton and 2 mol of neutron combine to form 1 mol of alpha particles are to be calculated and compared with the thermal energy of Fe 2 O 3 produced. Concept introduction: When two nuclei fuse with each other at extremely high temperature and pressure, such reactions are known as thermonuclear reactions. When light nuclei fuse into heavier nuclei then energy is produced. The energy produced by the sun is possible because of this type of reactions. To determine: The heat released per mole of Fe 2 O 3 produced and the energy released when 2 mol of proton and 2 mol of neutron combine to form 1 mol of alpha particles. The comparison of both the energy released.

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Chapter 21, Problem 45E

Interpretation Introduction

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The heat released per mole of Fe2O3 produced is to be calculated. The energy released when 2 mol of proton and 2 mol of neutron combine to form 1 mol of alpha particles are to be calculated and compared with the thermal energy of Fe2O3 produced.

Concept introduction: When two nuclei fuse with each other at extremely high temperature and pressure, such reactions are known as thermonuclear reactions. When light nuclei fuse into heavier nuclei then energy is produced. The energy produced by the sun is possible because of this type of reactions.
To determine: The heat released per mole of Fe2O3 produced and the energy released when 2 mol of proton and 2 mol of neutron combine to form 1 mol of alpha particles. The comparison of both the energy released.

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