Which of the following statements is not true of nuclear reactions?
Nuclear reactions involve protons and authorS
nudear reactions, elements are transmuted into other elements
Nudear reactions are independent of the physical state of the
The energy changes that accompany nuclear reactions
Answers
Answer:
energy and changes the company and uses the reaction involved the Catherine
Answer:
Explanation:
Nuclear reaction:
One or more nuclides are created during nuclear reactions when two atomic nuclei or one atomic nucleus and a subatomic particle collide. Different from the responding nuclei are the nuclides that result from nuclear reactions (commonly referred to as the parent nuclei).
Nuclear fission processes and nuclear fusion reactions are two prominent nuclear reaction types. In the former, a heavy nucleus splits into two (or more) lighter nuclei as a result of absorbing neutrons (or other comparatively light particles). Nuclear fusion reactions are the processes that result in the creation of a single, heavier nucleus from the collision of two relatively light nuclei.
Processes Not Generally Recognized as Nuclear Reactions:
The externally caused alterations to atomic nuclei are typically referred to as "nuclear reactions." The following processes, then, cannot be categorized as nuclear reactions:
- Activities that entail the collision and subsequent separation of atomic nuclei without observable changes to the nuclear composition are referred to as nuclear scattering processes. Only momentum and energy are transmitted during these operations.
- Nuclear decay is the process by which an unstable nucleus loses energy by radiating.
- Nuclear fission reactions that occur on their own and are not triggered since they do not need a neutron to continue.
These procedures resemble nuclear reactions quite a bit (but are spontaneous rather than induced).
The energy changes that accompany nuclear reactions is not true according to nuclear reactions.
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