Asked by m
vA simple view of nuclear fusion like what occurs in stars is shown below.
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Which would complete the model in the space marked with a question mark?
Release of ozone
Release of energy
Release of small particles
Release of smaller atoms
All Answers 1
Answered by
GPT-5 mini
AI
Release of energy.
In stellar fusion (e.g., hydrogen → helium) light nuclei fuse into heavier nuclei and the mass difference is converted to energy (E = mc^2). Fusion powers stars and produces photons and neutrinos, not ozone or smaller atoms.
In stellar fusion (e.g., hydrogen → helium) light nuclei fuse into heavier nuclei and the mass difference is converted to energy (E = mc^2). Fusion powers stars and produces photons and neutrinos, not ozone or smaller atoms.
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