Question

During an atomic explosion, energy released is due to:
A) Conversion of protons into neutrons.
B) Conversion of chemical energy into heat energy.
C) Conversion of mechanical energy into nuclear energy.
D) Conversion of mass into energy.

Answer 1

may be b) due to conversion of chemical energy into heat energy

Answer 2

Answer:

D) Conversion of mass into energy.

Explanation:

• Massive amounts of energy are released in an atomic explosion as mass is converted to energy.
• Because protons and neutrons make up the majority of the mass of ordinary objects, turning all of the energy of conventional matter into more useable energy necessitates.
• The conversion of protons and neutrons to lighter particles or particles with no rest mass at all.
• The quantity of energy added is proportional to the mass obtained by the proton multiplied by the speed of light squared, according to Einstein's equation E = mc².
• To put it another way, a large amount of energy is turned into a little amount of mass.

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