5. Bonding

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Total cards: 24•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (24)

Front (Question)

DELETE

Back (Answer)

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

89⁰, 119⁰

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

#10

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

#11

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

#12

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

#13

Front (Question)

Draw and name the shape. Find the bond angle

Back (Answer)

#14

Front (Question)

Formula for Nitrate

Back (Answer)

NO3⁻

#15

Front (Question)

Formula for Nitrite

Back (Answer)

NO2⁻

#16

Front (Question)

Formula for Hydrogencarbonate

Back (Answer)

HCO3⁻

#17

Front (Question)

Formula for Chlorate(I)

Back (Answer)

ClO⁻

#18

Front (Question)

Formula for Chlorate(V)

Back (Answer)

ClO3⁻

#19

Front (Question)

Describe Metallic Bonding

Back (Answer)

• between 2 or more metals • giant metallic lattice • metallic → strong electrostatic attraction between positive metal ions and delocalised e-

#20

Front (Question)

Describe Ionic Bonding

Back (Answer)

• between metal and non metal • giant ionic lattice • ionic → strong electrostatic attraction between oppositely charged ions

#21

Front (Question)

Describe Covalent (Macromolecular) Bonding

Back (Answer)

• uses either Carbon or Silicon • macromolecular structure • covalent bonds between atoms

#22

Front (Question)

Examples of Macromolecular

Back (Answer)

Diamond - each C atom has 4 covalent bonds - tetrahedral shape - very high mpt, very strong - non-conductor = no free (delocalised) e- Graphite - layered - each 3 atom has 3 covalent bonds - each C atoms has delocalised e- - layers held together by weak intermolecular forces - soft layers can slide over each other - conductor = has delocalised e- - high mpt

#23

Front (Question)

Describe covalent (simple molecular) bonding

Back (Answer)

• Hydrogen bonding: H,F, H-N, H-O • P.D.D: polar molecule • I.D.D: non-polar molecular • structure: simple molecular • bodning: intermolecular (Hydrogen, P.D.D, I.D.D) forces between molecules

#24

Front (Question)

Coordinate Bond Definition:

Back (Answer)

a shared pair of e- which have both come from the same atom represented by an arrow coming from the atom that is sharing it e-. is exactly like a normal covalent bond