SESSION: (2024-25)
DIVISION: JEE (M+A)
CLASS: (XII) ENTHU (Mor/Aft)
PHASE: 1&2
INTERNAL 6
SUBJECT CHAPTER NAME
PHYSICS Electro Magnetic Induction & Alternating Current
CHEMISTRY Amines, Chemical Kinetics and Radioactivity
Indefinite Integration, Definite Integration (Up To
MATHS
5.0)
TEST DATE: 08-SEP-2024 (SUNDAY)
TEST PATTERN: ADVANCE PATTERN
TEST TIMING: 05:00 PM TO 08:00 PM
-: SYLLABUS DETAILS: -
PHYSICS
ELECTROMAGNETIC INDUCTION
1.0 MAGNETIC FLUX 1.1 Flux Linkage 2.0 ELECTROMAGNETIC INDUCTION 2.1 Faraday's Experiment
2.2 Faraday's laws of electromagnetic induction 3.0 LENZ'S LAW 3.1 Lens's law - A consequence of
conservation of energy 4.0 METHODS OF PRODUCING INDUCED EMF (TYPES OF EMI) 4.1 Induced
emf by changing the magnetic field B 4.2 Induced emf by changing the area of the coil 5.0 NO
E.M.I. CASES 6.0 MOTIONAL EMF FROM LORENTZ FORCE 7.0 INDUCED E.M.F. DUE TO ROTATION
OF A CONDUCTOR ROD IN A UNIFORM MAGNETIC FIELD 8.0 INDUCED ELECTRIC FIELD 9.0 SELF
INDUCTION 9.1 Self-Inductance of a Plane Coil 9.2 Self-inductance of a solenoid 10.0 MUTUAL
INDUCTION 10.1 Different coefficient of mutual inductance 10.2 Different fashion of coupling 10.3
Inductance in series and parallel 11.0 ENERGY STORED IN INDUCTOR 11.1 Magnetic energy per
unit volume or energy density 12.0 PERIODIC EMI 13.0 TRANSFORMER 13.1 Ideal Transformer : (h
= 100%) 13.2 Real transformer (h ¹ 100%) 13.3 Applications 13.4 Losses of Transformer 13.5 Eddy
currents (or Focalt's currents) 14.0 R-L CIRCUIT 14.1 Current Growth 14.2 Current Decay 14.3 Graph
for R–L circuit
15.0 ALTERNATING CURRENT AND VOLTAGE
15.1 Amplitude of ac 15.2 Periodic Time 15.3 Frequency 15.4 Condition required for current/
voltage to be Alternating 15.6 Maximum Value 15.7 Root Mean square (rms) Value 15.8 Some
Important wave forms and their RMS and Average Value 15.9 Measurement of A.C. 15.10 Phase
and phase difference 15.11 Phasor and Phasor diagram 16.0 DIFFERENT TYPES OF AC CIRCUITS
16.1 AC Circuit Containing Pure Resistance 16.2 AC Circuit Containing Pure Inductance 16.3 AC
circuit containing pure capacitance 17.0 RESISTANCE AND INDUCTANCE IN SERIES (R-L CIRCUIT)
17.1 Phasor diagram For L-R circuit 17.2 Resistance and Capacitor in Series (R-C Circuit) 17.3
Combination of components (R-L or R-C or L-C) 18.0 INDUCTANCE, CAPACITANCE AND RESISTANCE
IN SERIES (L-C-R SERIES CIRCUIT) 18.1 Phasor Diagram For Series L-C-R circuit 18.2 Series LCR and
parallel LCR combination 19.0 RESONANCE 19.1 Series Resonance 19.2 Quality factor Q 19.3
Parallel Resonance 20.0 POWER IN AC CIRCUIT 20.1 Power factor 21.0 CHOKE COIL 22.0 LC
OSCILLATION 22.1 Undamped oscillation 22.2 Damped oscillation
CHEMISTRY
AMINE
1.0 INTRODUCTION 2.0 ISOMERISM 3.0 GENERAL METHOD OF PREPARATION 3.1 Ammonolysis of
Alkyl Halides and Alcohol 3.2 By Reduction 3.3 By Hydrolysis 3.4 Gabriel Phthalimide Synthesis 3.5
By Hofmann's Bromamide Reaction (Hofmann's Hypobromite Reaction) 3.6 Curtius Reaction 3.7
Schmidt Reaction 3.8 Lossen Rearrangement Reaction 3.9 Reductive Amination of Aldehyde and
Ketone 4.0 PHYSICAL PROPERTIES 5.0 CHEMICAL PROPERTIES 5.1 Basic Character 5.2 Reactions
Showing Basic Nature 5.3 Acetylation 5.4 Benzoylation (Schotten baumann Reaction) 5.5 Acidic
Nature 5.6 Reaction with Tilden Reagent 5.7 Reaction with Phosgene 5.8 Reaction with Halogen
5.9 Mannich Reaction 5.10 Carbylamine Reaction (Iso cyanide test) 5.11 Hofmann's Mustard Oil
Test 5.12 Reaction with HNO2 (NaNO2 + HCl or H2SO4) 6.0 SIMILARITIES AND DIFFERENCES
BETWEEN AROMATIC AND ALIPHATIC AMINES 7.0 ANILINE (C6H5NH2), 7.1 General Methods of
Preparation 7.2 Physical Properties 7.3 Similarities and Differences between Aromatic and
Aliphatic amines 7.4 Chemical Properties 7.5 Tests of aniline 7.6 Uses of Aniline
CHEMICAL KINETICS
1.0 INTRODUCTION 2.0 RATE/VELOCITY OF CHEMICAL REACTION 3.0 TYPES OF RATES OF
CHEMICAL REACTION 3.1 Average rate 3.2 Instantaneous rate 3.3 Relation between reaction rates
of different species involved in a reaction 4.0 FACTORS AFFECTING RATE 5.0 RATE LAW
(DEPENDENCE OF RATE ON CONCENTRATION OF REACTANTS) 6.0 ORDER OF REACTION 7.0
MOLECULARITY AND ORDER 8.0 INTEGRATED RATE LAWS 8.1 Zero order reactions 8.2 First order
reactions 8.3 Pseudo first order reaction 9.0 GRAPHICAL COMPARISON OF DIFFERENT ORDERS 10.0
METHODS TO DETERMINE ORDER OF A REACTION 10.1 Initial rate method 10.2 Integrated rate law
method 10.3 Method of half-lives 11.0 METHODS TO MONITOR THE PROGRESS OF THE REACTION
11.1 Pressure measurement 11.2 Volume measurement 11.3 Optical rotation measurement 12.0
EFFECT OF TEMPERATURE ON RATE OF REACTION 13.0 ARRHENIUS THEORY OF REACTION RATE
14.0 CATALYST AND CATALYSIS 14.1 General characteristics of catalyst 14.2 Comparison of rates of
reaction in presence and absence of catalyst 15.0 MECHANISM OF A REACTION 15.1 Elementary
Reaction 15.2 Complex Reaction 16.0 CALCULATION OF RATE LAW/ ORDER 16.1 Mechanism in
Which R.D.S. given 16.2 Mechanisms in which RDS not Specified 17.0 PARALLEL REACTIONS 18.0
RADIOACTIVITY
18.1 Carbon Dating 18.2 Rock Dating 18.3 Stability of Nuclei with Respect to Neutron - Proton
Ratio 18.4 Nuclear Fission 18.5 Nuclear Fusion
MATHS
(A) INDEFINITE INTEGRATION
1.0 Geometrical Interpretation Of Indefinite Integral 2.0 Standard Results 3.0 Techniques Of
Integration 3.1 Substitution Or Change Of Independent Variable 3.2 Integration By Part 3.3
Integration Of Rational Function 3.4 Integration Of Trigonometric Functions 3.5 Manipulating
Integrands 3.6 Integration Of Irrational Functions
(B) DEFINITE INTEGRATION
4.0 The Fundamental Theorem Of Calculus 5.0 Properties Of Definite Integral
