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Ionic Bonds

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Total cards: 15•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (15)

#1
Front (Question)

Loss of a valence electron from sodium gives it same electron configuration as _

Back (Answer)

Neon

#2
Front (Question)

Sodium before Na(g) 1s22s22p63s1

Back (Answer)

1s22s22p6 Na+

#3
Front (Question)

Species with same number of electrons are described as _

Back (Answer)

Isoelectronic

#4
Front (Question)

Older unit for joule is

Back (Answer)

Calorie

#5
Front (Question)

Energy released when _ captures an electron

Back (Answer)

Chlorine

#6
Front (Question)

Energy change for an exothermic process has a _ sigh

Back (Answer)

Negative

#7
Front (Question)

Na in NaCl experiences _

Back (Answer)

Ionization energy

#8
Front (Question)

Cl in NaCl experiences

Back (Answer)

Electron affinity

#9
Front (Question)

We can use IE of sodium and EA of Cl to calculate _

Back (Answer)

Energy change for reaction

#10
Front (Question)

When we add IE for Na and EA for Cl, conclusion is _

Back (Answer)

Endothermic

#11
Front (Question)

Energy liberated by adding electron to chlorine is insufficient to _

Back (Answer)

Override energy required to remove electron from sodium

#12
Front (Question)

However, lattice energy (electrostatic attraction) makes overall process of NaCl _

Back (Answer)

Exothermic

#13
Front (Question)

Forces between charged particles are called electrostatic or _

Back (Answer)

Coulombic

#14
Front (Question)

Ionic bonds very common in inorganic compounds but rare in _

Back (Answer)

Organic

#15
Front (Question)

Ionization energy of carbon is too large and _ too small for ionic bond

Back (Answer)

Electron affinity