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I Just did the test and its ONE- Apex
Fluorine has 9 electrons to match its atomic number.
One chlorine atom will form an ionic bond with one magnesium atom. The magnesium will donate its two valence electrons to the chlorine atom, filling both of their valence electron shells.
One chlorine atom is needed to form an ionic bond with one magnesium atom because magnesium can donate its two valence electrons to chlorine, which requires one more electron to complete its octet.
yes, fluorine is magnetic atom Because of that lonely electron pair that behaves as a para magnetic charecterstic yes, fluorine is magnetic atom Because of that lonely electron pair that behaves as a para magnetic charecterstic i am lieing
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Fluorine has 7 electrons in its outer shell, and it needs 1 more electron to complete its valence shell, which can hold a total of 8 electrons.
Fluorine needs 8 valence electrons to have a filled outer energy level, following the octet rule. Fluorine naturally has 7 valence electrons, so it only requires one more electron to achieve a stable octet configuration.
One calcium atom will form an ionic bond with one sulfur atom, since calcium will donate its two valence electrons to sulfur in order to achieve a stable electron configuration.
I Just did the test and its ONE- Apex
One
Fluorine has 9 electrons to match its atomic number.
For OF2, oxygen (O) has 6 electrons, and fluorine (F) has 9 electrons each. Therefore, the total number of electrons needed to form OF2 is 6 (from oxygen) + 2 x 9 (from two fluorine atoms) = 24 electrons.
the same number of electrons needed to fill their octet, the same number of valence electrons,
It depends on the atom. List what element the atom is from.
The Lewis diagram for fluorine (F) shows a single F atom with seven dots surrounding it, representing its seven valence electrons. These electrons are paired up in a single bond with another F atom, which creates a stable F2 molecule.