INORGANIC CHEMISTRY

COMPILED BY: -

ANSHUL SHARMA

ROLL NO 31

CLASS 11TH A

What is Inorganic Chemistry?

What is Organic Chemistry?

I found all texts arranged like this:Structure and bonding

Acids and bases

Alkanes- reactions of, stereochemistry

Alkenes - “

Alkynes - “

Alkyl halides - “

Benzene- “

Alcohols -”

Ethers,, epoxides “

Carbonyls - “

Aldehydes and ketones - “

Carboxylic acids and nitriles -”

Amines - “

Carbohydrates - “

Amino acids. Proteins - “

Lipids

Heterocycles and nucleic acids

H3C CH3

H2C CH2

HC CH

H3C X

H3C OH

H3C O R

R2R1C O

(HO)R1C O

R2R1C NH2

CO1H2x

AtomsAtomicstructure

MoleculesMolecular shapeMolecular bonding

Symmetry

What is Inorganic Chemistry?

I found all texts arranged like this:

Ionic compounds

Covalent compounds

AtomsAtomicstructure

MoleculesMolecular shapeMolecular bonding

Symmetry

That seems pretty straightforward.Then what?

OK, so we do one then the other...

Ionic compounds

AtomsAtomicstructure

MoleculesMolecular shapeMolecular bonding

Symmetry

Covalent compounds

Ideal lattices, Silicates,Defects / Properties, Semi-conductors,Covalent “ionic” compounds,Metals,Band structure/theory

Topics can’t be “boxed”

AtomsAtomicstructure

MoleculesMolecular shapeMolecular bonding

Symmetry

Covalent compounds

Inorganic can’t be boxed?

Rare earths,Acid / base concepts, Transition metal compoundsLiquids / solutions,Solids,Clusters,Organometallics,Carboranes,Chalcogenides,C- chemistry (organic)

Ionic compounds

Biological catalysis

Organic catalysis

ceramics

spectroscopy

Material science

photoconductors

crystallography

Covalent compounds

Rare earths,Acid / base concepts, Transition metal compoundsLiquids / solutions,Solids,Clusters,Organometallics,Carboranes,Chalcogenides,C- chemistry (organic)

Ideal lattices, Silicates,Defects / Properties, Semi-conductors,Covalent “ionic” compounds,Metals,Band structure/theory

Ionic compounds

The best stuff is outside the box!

Covalent compounds

Rare earths,Acid / base concepts, Transition metal compoundsLiquids / solutions,Solids,Clusters,Organometallics,Carboranes,Chalcogenides,C- chemistry (organic)

Biological catalysis

Organic catalysis

ceramics

spectroscopy

Material science

photoconductors

crystallography

Ideal lattices, Silicates,Defects / Properties, Semi-conductors,Covalent “ionic” compounds,Metals,Band structure/theory

Ionic compounds

AtomsAtomicstructure

MoleculesMolecular shapeMolecular bonding

Symmetry

Physical Chemistryhas a lot to say about these

Another problem . . .

Covalent compounds

Rare earths,Acid / base concepts, Transition metal compoundsLiquids / solutions,Solids,Clusters,Organometallics,Carboranes,Chalcogenides,C- chemistry (organic)

Biological catalysis

Organic catalysis

ceramics

spectroscopy

Material science

photoconductors

crystallography

Ideal lattices, Silicates,Defects / Properties, Semi-conductors,Covalent “ionic” compounds,Metals,Band structure/theory

Ionic compounds

AtomsAtomicstructure

MoleculesMolecular shapeMolecular bonding

Symmetry

Physical Chemistry

Covalent compounds

Rare earths,Acid / base concepts, Transition metal compoundsLiquids / solutions,Solids,Clusters,Organometallics,Carboranes,Chalcogenides,C- chemistry (organic)

Biological catalysis

Organic catalysis

ceramics

spectroscopy

Material science

photoconductors

crystallography

Ideal lattices, Silicates,Defects / Properties, Semi-conductors,Covalent “ionic” compounds,Metals,Band structure/theory

Ionic compounds

AtomsAtomicstructure

MoleculesMolecular shapeMolecular bonding Symmetry

Physical Chemistry

Covalent compounds

Rare earths,Acid / base concepts, Transition metal compoundsLiquids / solutions,Solids,Clusters,Organometallics,Carboranes,Chalcogenides,C- chemistry (organic)

Biological catalysis

Organic catalysis

ceramics

spectroscopy

Material science

photoconductors

crystallography

Ideal lattices, Silicates,Defects / Properties, Semi-conductors,Covalent “ionic” compounds,Metals,Band structure/theory

Ionic compounds

AtomsAtomicstructure

MoleculesMolecular shapeMolecular bonding

Physical Chemistry

Symmetry

Do I make my point?!

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

How I see Inorganic Chemistry. . .

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

The path we will take . . .

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

spectroscopy

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

spectroscopy

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

spectroscopy

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

spectroscopy

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

spectroscopy

Atomicstructure

Molecular shapeMolecular bonding

Symmetry

carboranes

organometallics

Transition metal compounds

Acid / base concepts

solids

Liquids / solutions

C- chemistry (organic)

clusters

Rare earths

chalcogenides

Biological catalysis

Organic catalysis

Redox Reactions

ceramics

spectroscopy

Material sciencephotoconductors

crystallography

spectroscopy

What is Inorganic Chemistry?