Silibus

Silibus Unit Kimia

SILIBUS KIMIA PROGRAM SATU TAHUN (PST)

SEMESTER I (SK 016)

SEMESTER II (SK 026)

 

1.0    MATTER

1.1  Atoms and molecules

1.2  Mole concept

1.3  Stoichiometry

 

2.0 ATOMIC STRUCTURE

2.1  Bohr's atomic model

2.2  Quantum mechanical model

2.3  Electronic configuration

 

3.0 PERIODIC TABLE

3.1  Classification of elements

3.2  Periodicity

 

4.0 CHEMICAL BONDING

4.1  Lewis structure

4.2  Molecular shape and polarity

4.3  Orbital overlap and hybridization

4.4  Intermolecular forces

4.5  Metallic bond

 

5.0 STATES OF MATTER

5.1  Gas

5.2  Liquid

5.3  Solid

5.4  Phase diagram

 

6.0 CHEMICAL EQUILIBRIUM

6.1  Dynamic equilibrium

6.2 Equilibrium constants

6.3  Le Chatelier's principle

 

7.0 IONIC EQUILIBRIUM

7.1  Acids and bases

7.2  Acid-base titrations

7.3  Solubility equilibria

 

8.0 REACTION KINETICS

8.1  Reaction rate

8.2  Collision theory and transition state theory

8.3  Factors affecting reaction rate

 

9.0 THERMOCHEMISTRY

9.1  Concept of enthalpy

9.2  Calorimetry

9.3  Hess's law

9.4  Born-Haber cycle

 

10.0 ELECTROCHEMISTRY

10.1  Galvanic cell

10.2  Nernst equation

10.3  Electrolytic cell

 

11.0 INTRODUCTION TO ORGANIC CHEMISTRY

11.1  Molecular and structural formulae

11.2  Functional groups and homologous series

11.3  Isomerism

11.4  Reaction in organic compounds

 

12.0 HYDROCARBONS

12.1  Alkanes

12.2 Alkenes

 

13.0 BENZENE AND ITS DERIVATIVES

13.1  Introduction

13.3  Nomenclature of benzene and its derivatives

13.3  Chemical properties of benzene and its derivatives

 

14.0 HALOALKANES (ALKYLHALIDES)

14.1  Intoduction of haloalkanes

14.2  Chemical properties of haloalkanes

 

15.0 HYDROXY COMPOUNDS

15.1  Introduction of alcohols

15.2  Nomenclature

15.3  Physical properties of alcohols

15.4  Preparation of alcohols

15.5  Chemical properties of alcohols

15.6  Phenols

 

16.0  CARBONYL COMPOUNDS

16.1 Introduction to carbonyl compounds.

16.2 Nomenclature of   carbonyl compounds

16.3  Preparation of   carbonyl compounds..

16.4 Chemical properties of  carbonyl  compounds.

 

17.0 CARBOXYLIC ACIDS AND ITS DERIVATIVES

17.1  Introduction to carboxylic acids.

17.2 Nomenclature of  carboxylic acids.

17.3  Physical properties of  carboxylic acids.

17.4 Preparation of  carboxylic acids.

17.5 Chemical properties of  carboxylic acids.

 

18.0 AMINES

18.1  Intoduction to amines

18.2  Nomenclature

18.3  Physical properties of amines

18.4  Preparation of amines

18.5  Chemical properties of amines

 

19.0 AMINO ACIDS

19.1  Introduction to amino acids

19.2  Chemical properties of amino acids.

 

20.0 POLYMERS

 

 

 SILIBUS KIMIA PROGRAM DUA TAHUN (PDT)

 

SEMESTER 1 (DK 015)

SEMESTER 2 (DK 025)

 

1.0  MATTER

1.1  Introduction

1.1  Atoms and molecules

1.2  Mole concept

1.3  Stoichiometry

 

2.0 ATOMIC STRUCTURE

2.1  Bohr's atomic model

2.2  Quantum mechanical model

2.3  Electronic configuration

 

3.0 PERIODIC TABLE

3.1  Classification of elements

3.2  Periodicity

 

4.0 CHEMICAL BONDING

4.1  Lewis structure

4.2  Molecular shape and polarity

4.3  Hybridization and orbital overlap

4.4 Intermolecular forces

4.5  Metallic bond

 

5.0 STATES OF MATTER

5.1  Gas

5.2  Liquid

5.3  Solid

 

6.0 CHEMICAL EQUILIBRIUM

6.1  Dynamic equilibrium

6.2 Equilibrium constants

6.3  Le Chatelier's principle

 

7.0 IONIC EQUILIBRIUM

7.1  Acids and bases

7.2  Salts

7.3  Buffer

7.4  Acid-base titrations

7.3  Solubility equilibria

 

8.0 PHASE EQUILIBRIA

8.1  Single component system

8.2 Two component system

8.3 Colligative properties

 

 

SEMESTER III (DK 035)

SEMESTER IV (DK 045)

 

9.0 THERMOCHEMISTRY

9.1  Systems

9.2  Concept of enthalpy

9.3  Calorimetry

9.4  Hess's law

9.5  Born-Haber cycle

10.0 ELECTROCHEMISTRY

10.1  Electrochemical cell

10.2  Galvanic cell

10.3  Standard electrode potential

10.4  Standard cell potential

10.5  Nernst equation

10.6  Electrolytic cell

11.0 REACTION KINETICS

11.1  Reaction rate

11.2  Collision theory and transition state theory

11.3  Factors affecting reaction rate

 

12.0 INTRODUCTION TO ORGANIC CHEMISTRY

12.1  Molecular and structural formulae

12.2  Functional groups and homologous series

12.3  Isomerism

12.4  Reaction in organic compounds

 

13.0 HYDROCARBONS

13.1  Alkanes

13.2 Alkenes

 

 

 

14.0 AROMATIC COMPOUNDS

14.1  Introduction to aromatic compounds

14.2  Nomenclature of benzene and its derivatives

14.3  Chemical properties of benzene and its derivatives

 

15.0 HALOALKANES (ALKYLHALIDES)

15.1  Intoduction of haloalkanes

15.2  Chemical properties of haloalkanes

 

16.0 HYDROXY COMPOUNDS

16.1  Introduction of alcohols

16.2  Nomenclature

16.3  Physical properties of alcohols

16.4  Preparation of alcohols

16.5  Chemical properties of alcohols

16.6  Phenols

 

17.0  CARBONYL COMPOUNDS

17.1 Introduction to carbonyl compounds.

17.2 Nomenclature of   carbonyl compounds

17.3  Preparation of   carbonyl compounds..

17.4 Chemical properties of  carbonyl  compounds.

 

18.0 CARBOXYLIC ACIDS AND ITS DERIVATIVES

18.1  Introduction to carboxylic acids.

18.2 Nomenclature of  carboxylic acids.

18.3  Physical properties of  carboxylic acids.

18.4 Preparation of  carboxylic acids.

18.5 Chemical properties of  carboxylic acids.

 

19.0 AMINES

19.1  Intoduction to amines

19.2  Nomenclature

19.3  Physical properties of amines

19.4  Preparation of amines

19.5  Chemical properties of amines

 

20.0 AMINO ACIDS

20.1  Introduction to amino acids

20.2  Chemical properties of amino acids.

 

20.0 POLYMERS

 

  • Kuala Sepetang Bio-Eco Programme Anjuran Unit Biologi

  • Kuala Sepetang Bio-Eco Programme Anjuran Unit Biologi

  • Kuala Sepetang Bio-Eco Programme Anjuran Unit Biologi

  • Kuala Sepetang Bio-Eco Programme Anjuran Unit Biologi

  • Malam High-Q Bersama The Helmis Anjuran Unit Biologi

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Makluman terbaru Transkrip PSPM Sesi 2017/2018 (8/4/2018; 11:37)

Muatturun disini.........>Pilih "Aplikasi Transkrip Digital Sesi 2017/2018"

 

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