Carbon

Question 0

Hybridisation

Answer 0

4 equivalent covalent bonds called orbital hybridisation as the electron config
Produce 3 hybrid orbitals
Electrons redistribute
Hybrid atomic orbitals contains 1e

Question 1

Carbon

Answer 1

Config suggest that it has 2 unpaired e
2 covalent bonds
Simplest compound if carbon is methane

Question 2

Tetra valency of carbon

Answer 2

Covalent bonds are formed
Energy is released 
More stable attain greater stability 
Carbon is tetravalent
Versatility as biological building block

Question 3

Shaped of molecules

Answer 3

Hybridised carbon atom
Orbitals arrange themselves far apart from each other
Tetrahedral structure
Ring is not flat

Question 4

Cont

Answer 4

Sp3 means 4 covalent bonds
Many shapes or conformation
Intermolecular interactions between functional groups
Recognition
Shape it’s substrate
Particular hormone or membrane transporters
Control and order

Question 5

Delocalisation

Answer 5

Hybridises orbitals and one p orbital
Sp2 orbitals overlaps
Carbon carbon sigma bond
P orbital is able to take pi bonding

Question 6

Automaticity

Answer 6

Increase stability
Aromatic 
Conjugated
Cyclic
Planar
Has 6 
Delocalised e
Ring struc
Single and double

Question 7

Summing up

Answer 7

Carbon undergoes hybridisation
Electrons are promoted
On unpaired electrons

Question 8

Carbon structure

Answer 8

Graphite
Diamond
Fullerene called allotropes

Question 9

Nano science

Answer 9

Power devices
Sensors
Data storage