note: to answer some of the questions, it may help to reference a periodic table. why is an excited atom…

note: to answer some of the questions, it may help to reference a periodic table. why is an excited atom more likely to react than an atom at ground state if they are both the same element? (select all that apply.) an atom in the excited state is less stable than an atom at ground state. an atom in the excited state has fewer unpaired electrons available to bond than an atom at ground state. an atom in the excited state is more stable than an atom at ground state. an atom in the excited state has fewer paired electrons available to bond than an atom at ground state.

note: to answer some of the questions, it may help to reference a periodic table. why is an excited atom more likely to react than an atom at ground state if they are both the same element? (select all that apply.) an atom in the excited state is less stable than an atom at ground state. an atom in the excited state has fewer unpaired electrons available to bond than an atom at ground state. an atom in the excited state is more stable than an atom at ground state. an atom in the excited state has fewer paired electrons available to bond than an atom at ground state.

Answer

Brief Explanations:

An atom in the excited state has electrons in higher - energy orbitals, making it less stable. Less stability means it is more likely to react to return to a more stable state (the ground state). Ground - state atoms are in their most stable configuration.

Answer:

An atom in the excited state is less stable than an atom at ground state.