(WD-Mor+Aftn)
SESSION: (2025-26)
DIVISION: JEE (M+A)
CLASS: (XI) NURTURE
PHASE: 1&2
SUBJECT
PHYSICS Vectors and Rectilinear Motion (Complete)
CHEMISTRY Atomic Structure (Till Hydrogen spectrum)
MATHS Sequence & Series
TEST DATE: 29-JUNE-2025 (SUNDAY)
TEST PATTERN: JEE MAINS
TEST TIMING: 02:00 PM TO 05:00 PM
-: SYLLABUS DETAILS: -
PHYSICS
VECTORS:-
1.1 Unit Vector, 1.2 Geometrical Representation of Vectors, 1.3 Addition of Vectors: The Triangle
Law, 1.4 Addition of more than two Vectors, 1.5 Subtraction of Vectors, 1.6 Multiplying by a
number, 1.7 Resolution of a Vector into Components, 1.8 Cartesian components in two
dimensions, 1.9 Cartesian components in three dimensions, 1.10 Equal Vectors, 1.11 Parallel
Vectors, 1.12 Product of Vectors, 1.13 Scalar or dot product of two vectors, 1.14 Vector or cross
product of two vectors,10.0 RATE OF CHANGE OF A VECTOR WITH TIME, 10.1 Methods of
differentiation of vector functions
RECTILINEAR MOTION(1D): -
1. KINEMATICS, 1.1 Types of Translation Motion, 1.2 Position Vector, Velocity and Acceleration
Vector, 2.0 CURVILINEAR TRANSLATION IN CARTESIAN COORDINATE SYSTEM, 3.0 RECTILINEAR
MOTION, 3.1 Uniform Velocity Motion, 3.2 Uniform Acceleration Motion, 3.3 Directions of Vectors
in Straight Line Motion, 4.0 VARIABLE ACCELERATION MOTION, 4.1 Acceleration given as function
of time, 4.2 Acceleration as function of position, 4.3 Acceleration as function of velocity, 5.0
GRAPHICAL ANALYSIS OF SOME QUANTITIES, 5.1 Average Velocity, 5.2 Instantaneous Velocity, 5.3
Instantaneous Acceleration, 5.4 Displacement from v-t graph, 6.0 ANALYSIS OF SOME MORE
GRAPHS, 6.1 Position vs Time graph, 6.2 Velocity vs time graph, 6.3 Acceleration vs time graph, 7.0
GRAPHS IN UNIFORMLY ACCELERATED MOTION
CHEMISTRY
ATOMIC STRUCTURE:-
1.0 INTRODUCTION TO ATOM 2.0 DALTONS ATOMIC THEORY 3.0 THOMSON'S MODEL OF ATOM
[1904] 4.0 RUTHERFORD'S SCATTERING EXPERIMENT 4.1 Applications of Rutherford Model 5.0
WAVE THEORY 5.1 Wave characteristics 5.2 Electromagnetic waves (EM waves) or Radiant
Energy/Electromagnetic radiation 5.3 BLACK BODY RADIATION 6.0 PLANCK'S QUANTUM THEORY
6.1 Photoelectric effect 7.0 BOHR'S ATOMIC MODEL 7.1 Radii of various orbits of hydrogen atom
7.2 Calculation of energy of an electron 7.3 Calculation of velocity 7.4 Terms associated with
Bohr's model as per energy considerations 8.0 SPECTRUM 8.1 Emissions spectrum 8.2 Absorption
spectrum 8.3 Hydrogen line spectrum or Hydrogen spectrum
MATHS
SEQUENCE & SERIES:-
1.0 Definition 2.0 Arithmetic progression 3.0 properties of ap 4.0 geometric
progression5.0properties of GP 6.0Haemonic progression 7.0 Means 8.0. Arithmetic- Geometric
Series 9.0 Sigma notation 10.0 standard results of sigma 11.0 method of difference
