Question

How do chemical and nuclear reactions differ?

A. Chemical reactions involve conversions between matter and energy, while nuclear reactions do not.

B. Nuclear reactions do not affect the nuclei of atoms, but chemical reactions do affect nuclei.

C. Matter is conserved in nuclear reactions but is not conserved in chemical reactions.

D. The types of atoms present change in nuclear reactions but do not change in chemical reactions.

Answer 1

Nuclear reactions involve changes in the atom's nucleus, while chemical reactions involve a rearrangement of electrons. The types of atoms present change in nuclear reactions but do not change in chemical reactions. Energy changes in nuclear reactions are much larger than in chemical reactions.

Step-by-step explanation:

Nuclear reactions involve changes in the nucleus of an atom, while chemical reactions involve a rearrangement of electrons. In nuclear reactions, atoms can be converted into different elements, whereas the types of atoms present do not change in chemical reactions. Additionally, the energy changes in nuclear reactions are much larger than those in chemical reactions.

Answer 2

The correct answer is D.
The types of atoms present change in nuclear reactions but do not change in chemical reactions.
When nucleus reaction takes place in atom nucleus the electrons which are in the atom are much responsible for chemical reactions. Chemical reaction it involves the loss, gain, transfer, and sharing of electrons and there is no place for nucleus. Nuclear reaction needs decomposition of nucleus and there is no electrons. If nucleus decomposes it may lead to change to another atom reason being loss of protons or neutrons. Nuclear reaction neutrons and protons react inside whereas chemical reaction electrons they take reaction outside of the nucleus.