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The Heat Energy Released During Nuclear Fission and Fusion is Due to The: (A) Conversion of Stored Chemicals into Energy (B) Conversion of Momentum into Energy (C) Conversion of Mass into Energy (D) Conversion of Magnetism into Energy - Science

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Question

The heat energy released during nuclear fission and fusion is due to the:

(a) conversion of stored chemicals into energy
(b) conversion of momentum into energy
(c) conversion of mass into energy
(d) conversion of magnetism into energy

Solution

conversion of mass into energy

In both the reactions, heat energy is released owing to the conversion of mass into energy.

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APPEARS IN

 Lakhmir Singh Solution for Physics for Class 10 (2018 (Latest))
Chapter 3: Sources of Energy
Q: 44 | Page no. 159

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Solution The Heat Energy Released During Nuclear Fission and Fusion is Due to The: (A) Conversion of Stored Chemicals into Energy (B) Conversion of Momentum into Energy (C) Conversion of Mass into Energy (D) Conversion of Magnetism into Energy Concept: Alternative or Non-conventional Sources of Energy - Nuclear Energy.
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