Physical Chemistry

TOPICS INDEX: 11TH CLASS N.C.E.R.T BASED:
(1) SOME BASIC CONCEPT OF CHEMISTRY:
(1) BASIC TOPICS :
1.1.1 DALTON'S ATOMIC THEORY:
1.1.2 ATOMIC MASS AND MOLECULAR MASS:
1.1.3 PERCENTAGE COMPOSITION OF COMPOUNDS:
1.1.4 DETERMINATION OF EMPIRICAL AND MF:
(2) Mole concept and Stiochiometry
2.1.1 MOLE-MOLE ANALYSIS
2.1.2 CONCEPT OF LIMITING REAGENTS
2.1.3 PRINCIPLE OF ATOM CONSERVATION (PAOC)
2.1.4 GRAVIMETRY-WEIGHT WEIGHT ANALYSIS
2.1.5 EUDIOMETRY-VOLUME VOLUME ANALYSIS OF GAS
2.1.6 DEGREE OF HARDNESS OF HARD WATER
2.1.7 OLEUM AND ITS PERCENTAGE(%) LABBELING
2.1.8 VOLUME STRENGTH OF H2O2(aq)
2.1.9 PERCENTAGE (%) AVAILABLE CHLORINE IN BLEACHING POWDER
2.1.10 PERCENTAGE YIELD OF CHEMICAL REACTION:
2.1.11 PERCENTAGE PURITY OF GIVEN SAMPLE:

2.1.12 Principle of atom conservation (POAC):
(3) law of chemical combinations:
3.12 (1) Law of conservation of mass:

3.12 (2) Law of constant composition

3.12 (3) Law of multiple proportion:

3.12 (4) Law of reciprocal proportion:

3.12 (5) Gay Lussac’s law of Combining Volumes:

(2) Structure of Atom:
2.1 HEISENBERG,S UNCERTAINTY PRINCIPLE

 
(3) Classification of elements
(4) Molecular Structure and Chemical Bonding
(5) The State of Matter

 
6-Thermodynamics
6.1-Thermodynamics-Introduction
6.2-First law of thermodynamics(FLOT)
6.3-Internal Energy
6.4-Work done (PV-work analysis)
6.5-Enthaly(H) Introdcution

 
(7) Thermochemistry

 
7-CHEMICAL EQULIBRIUM
7.1-CHEMICAL EQUILIBRIUM-INTRODUCTION:
7.2-EQUILIBRIUM CONSTANT Kp ,Kc AND Kx (LAW OF MASS ACTION)
7.3-Facter's Affecting Equilibrium Constant
7.3.1-Lechetier's Principle
7.3.2-
7.3.3-
8-Ionic Equilibrium

8.1-IONIC EQUILIBRIUM- INTRODUCTION
8.2- IONIC EQUILIBRIUM-ELECTROLYTES 
8.3-ACID BASE CONCEPTS
8.3.1 ARRHENIUS ACID-BASE CONCEPT
8.3.2 BRONSTED LOWERY ACID-BASE CONCEPT
8.3.3 LEWIS ACID-BASE CONCEPT
8.3.4 LEVELLING EFFECT OF WATER
8.3.5 IONISATION AND IONIC PRODUCT OF WATER (Kw)
8.4-PH AND POH AND PH SCALE
8.5-PH OF STRONG ACIDS AND BASES
8.6-PH OF WEAK ACIDS AND BASES (MONOPROTIC)
8.7-PH OF POLYPROTIC ACIDS AND BASES
8.8-PH OF MIXING OF SOLUTIONS

8.9- SALTS AND SALT HYDROLYSIS
8.9.1- [1] ANIONIC SALT HYDROLYSIS:
8.9.2- [2] CATIONIC SALT HYDROLYSIS:
8.9.3- [3] CATIONIC AS WELL AS ANIONIC HYDROLYSIS:
8.9.4- [4] AMPHOTERIC SALTS HYDROLYSIS
8.9.5- [5] POLYVALENT ION HYDROLYSIS:

8.9.5-SOLUBILITY AND SALOBILITY PRODUCT

8.11-BUFFER SOLUTIONS

8.12-TITRATION AND THEIR TYPE
8.13- TITRATIONS OF DIPROTIC ACID:

8-15-Redox Reactions

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TOPICS INDEX: 12TH CLASS N.C.E.R.T BASED:
(1) THE SOLID STATE:
1.1.1 CLOSED PACKING IN CRYSTALS-2D AND 3D:
1.1.2 SIMPLE CUBIC CELL (SCC):
1.1.3 BODY CENTRED CUBIC CELL (BCC):
1.1.4 FACE CENTRED CELL (FCC):
1.1.5 HEXAGONAL CLOSED PACKING CELL (HCP):
1.1.6 STUDY OF INTERSTIAL VOIDS:
1.1.7 LOCATION OF T.V. AND O.V. :
1.1.8 RADIUS RATIO RULE OF IONIC COMPOUNDS:
1.1.9 STRUCTURE OF IONIC COMPOUNDS:
1.1.10 SPINELS STRUCTURE:

(2) LIQUID SOLUTION:
2.1.1 VAPOUR PRESSURE AND RAOULT'S LAW:
2.1.2 DALTON"S LAW VERSES RAOULT'S LAW:
2.1.3 IDEAL AND NON IDEAL SOLUTIONS:
2.1.4 SOLUBILITY OF THE GAS AND HENRY"S LAW:
(4) CHEMICAL KINETICS:
4.1.1 KINETICS OF ZERO ORDER REACTIONS:
4.1.2 KINETICS OF FIRST ORDER REACTIONS:
4.1.3 KINETICS FOR nTH ORDER REACTIONS:
4.1.4 KINETICS FOR CONSECUTIVE REACTIONS:
4.1.5.1 KINETICS OF PARALLEL REACTIONS TYPE (G)
4.1.5.2 KINETICS OF PARALLEL REACTIONS TYPE (2):
4.1.5.3 KINETICS OF PARALLEL REACTIONS TYPE (3):
4.1.5.4 KINETICS OF PARALLEL REACTIONS TYPE (4):
4.1.6  COLLISION THEORY:
4.1.7  ARRHENIUS THEORY:
4.1.8  ARRHENIUS EQUATION: