a.
To determine:
The minimum number of electrons nitrogen must gain to become isoelectronic with noble gas.
Introduction:
Ions that have equal number of electrons are known as isoelectronic species.
To become isoelectronic with noble gas, elements have to complete their octet either by gain or lose of electrons from their outermost shell.
b.
To determine:
The minimum number of electrons magnesium must gain to become isoelectronic with a noble gas.
Introduction:
Ions that have equal number of electrons are known as isoelectronic species.
To become isoelectronic with noble gas, elements have to complete their octet either by gain or lose of electrons from their outermost shell.
c.
To determine:
The minimum number of electrons sulfur must gain to become isoelectronic with a noble gas.
Introduction:
Ions that have equal number of electrons are known as isoelectronic species.
To become isoelectronic with noble gas, elements have to complete their octet either by gain or lose of electrons from their outermost shell.
d.
To determine:
The minimum number of electrons silicon must share to become isoelectronic with a noble gas.
Introduction:
Ions that have equal number of electrons are known as isoelectronic species.
To become isoelectronic with noble gas, elements have to complete their octet either by gain or lose of electrons from their outermost shell.
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