fluorine (f) and bromine (br) are in the same group on the periodic table. how do atoms of these elements…

fluorine (f) and bromine (br) are in the same group on the periodic table. how do atoms of these elements compare when they form bonds?\no both a fluorine atom and a bromine atom lose one electron, and both atoms become stable.\no a fluorine atom becomes stable by losing one electron, but a bromine atom cannot become stable by losing only one electron.\no both a fluorine atom and a bromine atom gain one electron, and both atoms become stable.\no a fluorine atom becomes stable by gaining one electron, but a bromine atom cannot become stable by gaining only one electron.

fluorine (f) and bromine (br) are in the same group on the periodic table. how do atoms of these elements compare when they form bonds?\no both a fluorine atom and a bromine atom lose one electron, and both atoms become stable.\no a fluorine atom becomes stable by losing one electron, but a bromine atom cannot become stable by losing only one electron.\no both a fluorine atom and a bromine atom gain one electron, and both atoms become stable.\no a fluorine atom becomes stable by gaining one electron, but a bromine atom cannot become stable by gaining only one electron.

Answer

Answer:

C. Both a fluorine atom and a bromine atom gain one electron, and both atoms become stable.

Explanation:

Step1: Recall group - element property

Elements in the same group have similar chemical properties. Fluorine and bromine are in Group 17 (halogens).

Step2: Analyze valence - electron situation

Halogens have 7 valence electrons. To achieve a stable octet (8 - electron) configuration, they need to gain 1 electron.

Step3: Determine bonding behavior

Both fluorine and bromine atoms will gain 1 electron to become stable anions (F⁻ and Br⁻) when they form bonds.