In the process of an atomic explosion, the maximum energy is present in which form:

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Infrared region

γ-rays

Kinetic energy of products

Visible light

answer is B.

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Detailed Solution

In the process of an atomic explosion, the maximum energy is present in kinetic energy of products.
All the energy released in a single fission incident is released in the form of kinetic energy, that of fission fragments, and that of gamma photons (photons are pure kinetic energy). There is potential energy and kinetic energy. The E in E = mc2 is potential energy. In an atomic blast, approximately all energy becomes kinetic energy with respect to the indication frame located at the middle of the blast, both micro and macroscopic. Pressure waves moving away from the middle are faster by the transmission of kinetic energy from particle to particle as a compression wave. Heat is the microscopic kinetic energy of a particle. A particle, massed or massless, emitted by the blast only has an effect when it is absorbed.

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