Lecture Plan for Class XI

Class XI : Chemistry Lecture Plan

Lecture Plan : Chemistry
S.N.Name of ChapterNo. of Lectures
(Lec. Duration : 1hr 45min)
1.Basic Concept05
2.Atomic Structure06
3.Periodic Properties03
4.Chemical Bonding05
5.States of Matter04
7.Chemical Equilibrium03
8.Ionic Equilibrium06
9.Redox Reaction03
10.Some Basic Concept of Organic Chemistry07
11.Hydro Carbons07
Total : 64

1. Basic Concept :

  • L1 = Introduction, Unit of Pressure, Volume, Temperature, Atomic Number and mass number, empirical and molecular formula, Significant Number.
  • L2 = Mole Concept.
  • L3 = Stoichiometry (m-m relation, m-v relation).
  • L4 = Concentration terms, volumetric titration.
  • L5 = All Solved Ex.

2. Atomic Structure :

  • L6 = Discovery of e°, Proton, Rutherford’s Ex., Electromagnetic radiation.
  • L7 = Plank's Quantum theory, Bohr's model.
  • L8 = Spectrum, Hydrogen Spectrum.
  • L9 = Limitation of Bohr's model, Photoelectric effect Dual nature, Heisenberg's principle.
  • L10 = Schrodinger wave eqn Quantum no.
  • L11 = Orbital Concepts, Electronic Configuration Ex. Solved.

3. Periodic Properties :

  • L12 = General Periodic law, modern law, Cause of Periodicity.
  • L13 = Ionisation energy, electron affinity, Atomic Size.
  • L14 = Significant figures & rounding off, Errors of measurement and its calculation.
  • L15 = Electronegativity, oxidation states. Diagonal Relation. Ex. Solved.

4. Chemical Bonding :

  • L16 = Bond and it's cause, valency, Types of Bond, ionic Bond.
  • L17 = Co-valent Bond, VSCPR and VBT.
  • L18 = Hydridisation, MOT and Application.
  • L19 = Fajan's Rule, dipole moment, resonance.
  • L20 = Hydrogen Bonding and consequences Ex. Solved.

5. States of Matter :

  • L21 = Gas laws, Ideal Gas eqn and numericals.
  • L22 = Graham's Law, Kinetic Gas theory, molecular speeds (maxwell's distribution).
  • L23 = Ideal and Real Gas (Cause of deviation).
  • L24 = Compressibility factor, Real Gas eqn. Ex. Solved.

6. Thermodynamics :

  • L25 = Basic terms, zeroth law, Work and energy.
  • L26 = 1st law, Adiabatic and isothermal process.
  • L27 = Enthalpy, Heat Capacity, Entropy.
  • L28 = 2nd law of thermodynamics, Gibb’s free energy.
  • L29 = Introduction of 3rd law. Ex. Solved.

7. Chemical equilibrium :

  • L30 = Equilibrium type, Reaction Quotient.
  • L31 = KP and KC, reaction b.w them factor affecting KP and KC.
  • L32 = Le Chatelier's Principle. Thermodynamics of equilibria, Solved Ex.

8. Ionic Equilibrium :

  • L33 = Arrheniun's concept, Bronsted-lowery concept, conjugate Acid-Base pair.
  • L34 = Lewis concept, Ostwald's law.
  • L35 = Ionic product of water(KW). pH Scale.
  • L36 = Common ion effect. Buffer Solution and it's pH.
  • L37 = Salt Hydrolysis.
  • L38 = Solubility and Solubility product; Ex. Solved.

9. Redox Reaction :

  • L39 = Oxidation State, Balancing By ion-electron method.
  • L40 = Oxidation number method, Diagram cell.
  • L41 = Solved Ex.

10. Some Basic Concept of Organic Chemistry :

  • L42 = Types of Reagent Bond fission, I-effect
  • L43 = E-effect, R-effect, Hyper conjugation.
  • L44 = Reaction intermediates and their property (Structure and Stability).
  • L45 = Isomerism.
  • L46 = IUPAC System of Naming unifunctional Group.
  • L47 = Bifunctional compounds, Aromatic compounds.
  • L48 = All Solved Ex.

11. Rotational Motion :

  • L49 = Prepration of Alkanes Physical property
  • L50 = Chemical property of Alkanes (Mechanism of Substitution reaction).
  • L51 = Preparation of Alkene, Properties.
  • L52 = Mechanism of Addn Reaction in Alkene.
  • L53 = Alkynes and Properties.
  • L54 = Aromatic Hydrocarbons; Huckel's rule. Mechanism of Electrophylic Substitution reaction in Aromatic compound.
  • L55 = Ortho-para directing group. Ex. Solved.

12. Hydrogen :

  • L56 = Methods of preparation, Position of Hydrogen in periodic table
  • L57 = Compound of Hydrogen, H2O and H2O2.
  • L58 = Hard water – Soft water. Ex. Solved.

13. S-Block :

  • L59 = Group - I : General properties – Compound of Na
  • L60 = Group - II : General properties – compounds of Ca.
  • L61 = Comparison of Group-I and Group-II. Ex. Solved.

14. P-Block :

  • L62 = Properties of Group-13, Compounds of Boron, and Al.
  • L63 = Properties of Group-14. Compounds of Carbon and Silicon. (Silicates, Silica, Silicones, fullerenes).
  • L64 = Comparison of Group-13 and Group-14.
  • L65 = Ex. Solved.

Class XI : Mathematics Lecture Plan

Lecture Plan : Mathematics
S.N.Name of ChapterNo. of Lectures
(Lec. Duration : 1hr 45min)
1.MAT (Mathematical Aptitude Tools)07
2.Trigonometric Ratio05
3.Trigonometric Equation02
4.Properties of Triangles02
5.Mathematical Induction02
6.Complex Number06
8.Sets, Relation & Function05
10.Binomial Theorem05
11.Permutation & Combinaton05
14.Mathematical Reasoning01
15.Points & Slopes01
16.Straight Line & Pair of Straight Lines05
Total : 80

1. MAT (Mathematical Aptitude Tools) :

  • L1 = Define wavy-curve method, Synthetic division, partial fraction, Concept of brackets & various graphs.
  • L2 = Concept of function e.g. logarithmic function, Modulus function …, inequalities, Domain & Range.
  • L3 = Problem Discussion.
  • L4 = Concept of limits, and differentiation.
  • L5 = Curve tracing.
  • L6 & L7 = Problem discussion.

2. Trigonometric Ratio :

  • L8 = Positive & Negative angle and its conversion. (Radians Degrees) . Relation between length of arc and radius of a circle. Sign of trigonometric function.
  • L9 = Domain & Range of trigonometric functions and their graph and its shifting [y = f(x ± a), y = f(x) ± a, y = a f(x)]. Formula listing.
  • L10 = Sum and difference formula. Identities related to sin 2x,cos 2x, tan2x, sin3x, cos3x, tan3x and N.C.E.R.T Exercise 3.3
  • L11 = Greatest and Least value of asinθ ± bcosθ sum of sine and cosine series with angles are in A.P. and cosine formula for product when angles are in G.P. value of sin18o, sin36o, sin22½o etc.
  • L12 = Problem Discussion.

3. Trigonometric Equation :

  • L13 = Principal & general solution of sinθ=0, cosθ=0, tanθ=0 and sinθ=sinα, cosθ=cosα, tanθ=tanα; sin2θ=sin2α, cos2θ=cos2α, tan2θ=tan2α, acosθ + bsinθ = c.
  • L14 = Problem Discussion.

4. Properties of Triangles :

  • L15 = Simple application of Sine and Cosine formulae, Projection rule, Half angle formula & area of Triangle & Polygon.
  • L16 = Area of Triangle, circum-radius and in-radius.

5. Mathematical Induction :

  • L17 = Process of the proof by induction, The principle of Mathematical induction.
  • L18 = Problem discussion.

6. Complex Number :

  • L19 = Need for complex numbers, Imaginary number √ -1 , integral powers of iota, Algebra of complex numbers. The modulus & Argument of a complex number(NCERT Exercise 5.1).
  • L20 = Representation of a complex number in various form, Demoivre's Theorem. Power's & root of a complex number(Square, cube etc.) concept of cube root(1,w,w2) & nth root of unity.
  • L21 = Properties of roots of unity, modulas And conjugate. Logarithm of a complex number.
  • L22 = Rotation theorem and its application with example. Basic of co-ordinate to be used in Argard plane to define locus, Solution of Quadratic Equation in complex number system.
  • L23 = Geometry of complex number & locus with proof.
  • L24 = Problem discussion.

7. Inequalities :

  • L25 = Linear inequalities & their algebra solution on number line, Graphical solution of linear inequalities in two variable & words problem.
  • L26 = Quadratic inequalities with properties & graph.

8. Sets, Relation & Function :

  • L27 = Sets & their representation, Various type of set, Venn diagram.
  • L28 = Operation of a set, Practical problem on union & intersection of two sets.
  • L29 = Cartesian product of section, concept of relation.
  • L30 = Function, Domain.
  • L31 = Range & Composite function (fof, gof, gog (f ± g) (f × g)).

9. Progressions :

  • L32 = Sequence & Series, Arithmetic progression(A.P.), Arithmetic Mean(A.M.).
  • L33 = Geometric Progression,(G.P.), General term of G.P., Sum of n terms of a G.P., Artihmetic Geometric Series, Infinite G.P. & Its sum, Geometric mean(G.M.).
  • L34 = Harmonic Progression, Sum to n-terms of the special Series Σk, Σk2 & Σk3, A.M., G.M. & H.M.
  • L35 = Method of difference. Solved All Exercise.
  • L36 = Problem discussion.

10. Binomial Theorem :

  • L37 = Binomial theorem for positive integral indices. Pascal’s triangle.(NCERT 8.1) & the no of term in the expansion of (x ± y)n.
  • L38 = General & middle term, Term independent of variable, Integral term, Coefficient of variable.
  • L39 = Properties of Binomial coefficient & simple application greatest term.
  • L40 = Binomial theorem for any index, multinomial theorem.
  • L41 = Problem discussion.

11. Permutation & Combination :

  • L42 = Fundamental principal of counting. Factorial n (n!), (NCERT Ex. 7.1 & 7.2)
  • L43 = Permutation (nPr) (linear & circular arrangement), Rank of a word, permutation when all object are not distinct objects. (Ex. 7.3).
  • L44 = Combinations (nCr) and its properties, Division into groups, Dearrangement, number of divisors.
  • L45 = Multinomial theorem & its application in no of integral solution of linear equation & Exponent of prime P in n!.
  • L46 = Problem discussion.

12. Probability :

  • L47 = Random experiments, outcomes, sample space/set representation Events, occurence of events, "and" & "or" events, exhustive events & mutually exclusive events.(Ex. 16.1, 16.2).
  • L48 = Axiomatic approach to probability, Probability of an event, Probability of events "A" & "B" probability of event not A.(Ex. 16.3).
  • L49 = Use of permutation & combination in probability & Probability in Algebra.
  • L50 = Problem discussion.

13. Statistics :

  • L51 = Measures of dispersion, Mean deviation, Variance & standard deviation of ungrouped/grouped data.
  • L52 = Analysis of frequency, distributions with equal means but different variances.

14. Mathematical Reasoning :

  • L53 = Concept of true and false statement & logical operations And, or, implies, implied by, if & only, only if. Understanding of tautology, fallacy.

15. Points & Slopes :

  • L54 = Rectangular co-ordinates in a plane(in-cartesian & polar form), Distance formula, Section formula, Area of triangle, Concept of centroid, circum-centre, ortho-centre, in-centre of a Triangle, Locus, Translation of axes. Slope of a line.

16. Straight Line & Pair of Straight Lines :

  • L55 = Various forms of equation of line. Angle beteen two lines, Condition for parallel & perpendicular lines. Lines parallel and perpendicular to given lines.
  • L56 = Distance of a point from a line, Distance between two parallel line, Transformation of general equation in different standard forms. Co-linearity of three points.Condition for concurrency of three lines.
  • L57 = Foot of perpendicular, Image of point with respect to a line,Position of points with respect to a line. Equations of the bisectors of the angles between two straight lines.
  • L58 = Equation of family of lines through the intersection of two given lines. General equation of 2nd degree, pair of straight lines & homogeneous equation of second degree. Angle between pair of lines. Bisectors of the angle between the lines given by a homogeneous equation. Separate equation of lines from 2nd degree equation.
  • L59 = Problem discussion.

17. Circle :

  • L60 = Definition of circle, Equation of circle in various form, Parametric equation of circle. Position of point with respect to circle.Intersection of a line & circle.
  • L61 = Equation of tangent & Normal, Equation of common chord, Pair of tangents, Chord of contact, Chord with a given middle point, Length of common chord.
  • L62 = Lengths of tangent, Common tangent to two circles, Director circle, Radical axis & Radical centre.
  • L63 = Family of circle, Angle between two intersecting circles ,condition for orthogonality.
  • L64 = Problem discussion.

18. Parabola :

  • L65 = Definition of parabola, equation of parabola in Various form. Mathematical terms of a parabola, parametric form, Position of a point with respect to a parabola.
  • L66 = Condition of tangency and normality. Equation of tangent & normal (point, slope & parametric form). Equation of pair of tangent. Concept of focal chord and its properties. Point of intersection of tangents.
  • L67 = No of Normals & co-normal points, Combined equation of pair of tangent, director circle, Chord of contact, Chord with a given middle point.
  • L68 = Problem discussion.

19. Ellipse :

  • L69 = Definition of ellipse, equation in standard form, Mathematical terms of an ellipse (horizontal & vertical) and various formulas, Parametric form. Position of a point with respect to ellipse. Intersection of a line & Ellipse.
  • L70 = Equation of tangent & Normal in point, slope & Parametric form, eccentric angle. Combined equation of pair of tangent, Director Circle, Auxiliary Circle.
  • L71 = Equation of chord of contact, Equation of chord when middle is given.
  • L72 = Problem discussion.

20. Hyperbola :

  • L73 = Definition of Hyperbola, Equation in standard form hyperbola & conjugate hyperbola, Mathematical terms of hyperbola (simple & conjugate) and various formulas. Parametric form, Position of a point with respect to Hyperbola, Intersection of a line & Hyperbola.
  • L74 = Equation of tangent & Normal in point, Slope, Parametric form, combined equation of pair of tangents, Director circle Auxiliary circle equation of diameter.
  • L75 = Equation of chord of contact, equation of chord when middle is given, Concept of Asymptotes & Rectangular Hyperbola & Unsolved Exercise.

21. Limit :

  • L76 = Concept of indeterminate form(meaning of ). Difference between limiting value and function value. Concept of . Existence of limit (L.H.L. & R.H.L.) Algebra of limit. L'hospital rule.
  • L77 = Limits of trigonometric function, Exponential & logarithmic function, limit of rational function & factor form.
  • L78 = Problem discussion.

22. Differentiation :

  • L79 = Definition of derivative, Relate it to slope of tangent to the curve, (Using first principle).
  • L80 = Derivative of sum, Difference, Product & quotient of polynomial, Trigonometric function & Chain rule.

Class XI : Physics Lecture Plan

Lecture Plan : Physics
S.N.Name of ChapterNo. of Lectures
(Lec. Duration : 1hr 45min)
1.Mathematical Methods06
3.Units & Measurement03
4.Motion in one Dimension07
5.Projectile Motion04
6.Circular Motion02
7.Laws of Motion04
9.Work, Power & Energy03
10.Laws of Conservation05
11.Rotational Motion07
13.Simple Harmonic Motion04
14.Transverse Waves03
15.Sound Waves03
16.Thermal Expansion01
18.Kinetic Theory of Gases01
20.Heat Transfer03
21.Properties of Matter01
Total : 79

1. Mathematical Methods :

  • L1 = Basic Trigonometry.
  • L2 = Introduction of function, graph of linear & non-linear function.
  • L3 = Basic Differentiation.
  • L4 = Basic Differentiation.
  • L5 = Basic Differentiation.
  • L6 = Basic Integration.

2. Vector Fundamentals :

  • L7 = Introduction to Scalar & vectors, Types of Vectors.
  • L8 = Triangle law, Parallelogram law.
  • L9 = Problems on Parallelogram Law.
  • L10 = Unit vector representation, addition and subtraction of vectors, Resolution of vectors.
  • L11 = Scalar product, Problems.
  • L12 = Vector product, Problems.

3. Units & Measurement :

  • L13 = Fundamental & derived units, Dimensions, Grouping of quantities.
  • L14 = Uses of dimensional analysis, problems.
  • L15 = Significant figures & rounding off, Errors of measurement and its calculation.

4. Motion in one Dimension :

  • L16 = Introduction; Rest and motion, Concept of Point object; Types of motion; Distance, Displacement, Comparison between distance and displacement.
  • L17 = Speed, velocity; average and instantaneous; Acceleration (Types), problems.
  • L18 = Derivation of equation of motion, Problems.
  • L19 = Motion with variable acceleration, problems.
  • L20 = Discussion of graph representing the motion of the particle.
  • L21 = Discussion of graph representing the motion of the particle, Problems.
  • L22 = Relative motion in one dimension, Solved all Exercise.

5. Projectile Motion :

  • L23 = Basic concept, Ground to Ground projection & Height to ground projection.
  • L24 = Problems.
  • L25 = Projectile thrown from an inclined plane & Problems.
  • L26 = Relative motion in two dimension, River problem and other applications.

6. Circular Motion :

  • L27 = Angular displacement; Angular Velocity; Relation between linear velocity and angular velocity; Angular acceleration; Relation between angular acceleration and linear acceleration; Equations related to motion of a particle with constant angular acceleration and with variable acceleration.
  • L28 = Uniform circular motion; Centripetal acceleration and force; Non-uniform circular motion; Motion in vertical circle, Problems.

7. Laws of Motion :

  • L29 = First law of motion; Second law of motion; Third law of motion; Problem solving strategy; Motion of a block on a horizontal smooth surface; Motion of bodies in contact; Motion of connected bodies.
  • L30 = Motion of a body on a smooth inclined plane, Motion of two bodies connected by a string; Constraint relation, Relative motion of block w.r.t. Wedge;
  • L31 = Pseudo force, Motion in a lift, Motion in accelerated system.
  • L32 = Problems.

8. Friction :

  • L33 = Friction (definition); Types of friction; Static friction; Kinetic friction; Angle of friction; Angle of repose; Different cases of application of external Minimum force required to move a block, Problems on static friction;.
  • L34 = Problem on kinetic frictions, Banking; Conditions for skidding & overturning.
  • L35 = Problems.

9. Work, Power & Energy :

  • L36 = Work (definition); Work done by constant force; Work down by variable force, Power, Energy; Types of energy, Kinetic energy; Work Energy Theorem. Conservative and non conservative forces, Spring force.
  • L37 = Potential energy; Modified Work Energy Theorem, Relationship between force and potential energy, Law of conservation of energy & All Solved Exercise.
  • L38 = Problems.

10. Laws of Conservation :

  • L39 = Linear momentum, relation between force & momentum, application of F = dp/dt Impulsive force & impulse, conservation of momentum & its application.
  • L40 = Application of conservation of momentum in collisions, Types of collisions, Head-on elastic collision, Two dimension elastic collision.
  • L41 = Concept of variable mass, centre of mass and its calculation.
  • L42 = Centre of mass and its calculation and application
  • L43 = All Solved Exercise.

11. Rotational Motion :

  • L44 = Angular displacement, angular velocity and angular acceleration, Momentum of inertia of various bodies & theorems.
  • L45 = Parallel and perpendicular axis theorem.
  • L46 = Torque, couple, relation between torque & angular acceleration and its application, Problems.
  • L47 = Problems on Newton's second law.
  • L48 = Angular momentum, relation between torque & angular momentum conservation of angular momentum, collision of particles with rigid body, Rotational kinetic energy and conservation of mechanical energy.
  • L49 = Rolling motion.
  • L50 = Problems on rolling motion, conservation of angular momentum and conservation of mechanical energy.

12. Gravitation :

  • L51 = Kepler's Laws, Newton's Law of gravitation, Gravitational and inertia mass, Gravitational field and gravitational field Intensity, Acceleration due to gravity.
  • L52 = Shell theorem, Dependence of acceleration due to gravity.
  • L53 = Gravitational Potential energy, Satellite, Geostationary Satellite, Escape velocity.
  • L54 = Problems.

13. Simple Harmonic Motion :

  • L55 = Periodic Motion, Oscillatory Motion, SHM, General displacement equation of SHM, Velocity in SHM, Acceleration in SHM.
  • L56 = Graphical Study of displacement, Velocity and acceleration, Energy of particle in SHM and its graph. problems.
  • L57 = Angular SHM. Spring Mass System, Simple Pendulum, Compound Pendulum, torsional pendulum & problems.
  • L58 = Problems.

14. Transverse Waves :

  • L59 = Wave definition, classification of wave, Equation of progressive wave, Terms Related to waves motion, Phase and phase difference, Velocity of wave along a string.
  • L60 = Power Transmission, Principle of superposition of waves, Reflection and refraction of waves, Standing waves.
  • L61 = Vibration of a string, problems.

15. Sound Waves :

  • L62 = Nature of sound waves, Equation of sound waves, Relation between pressure & displacement equation, Velocity of sound waves, Factors affecting velocity of sound, Reflection of sound waves.
  • L63 = Stationary waves, Vibration of air column, Apparatus for determining speed of sound, Problems.
  • L64 = Doppler's effect in sound & Exercise.

16. Thermal Expansion :

  • L65 = Introduction, Linear Expansion, Expansion of rods, Thermal stress, Superficial & Cubical Expansion, Relation between α, β, γ ; change in density. Expansion of liquid, Solved all exercise.

17. Calorimetry :

  • L66 = Introduction, Specific heat, Heat capacity, water equivalent, Latent Heat, Principle of Calorimetry, Latent heat of vaporisation, Mechanical Equivalent of heat & Solved all exercise.

18. Kinetic Theory of Gases :

  • L67 = Gas Laws, Assumptions of kinetic Theory of gases, Motion of molecule, Expression for pressure of an ideal gas, RMS speed, Relation between r.m.s. speed and temp, Degrees of freedom, Maxwell's Law of equipartition of energy & Solved all exercise.

19. Thermodynamics :

  • L68 = Basic terminology and definitions, 1st law of thermodynamics.
  • L69 = Isochoric, Isobaric, Isothermal process with their graph.
  • L70 = Adiabatic, Polytropic process, problems.
  • L71 = Problem.
  • L72 = Problem.

20. Heat Transfer :

  • L73 = Conduction, Definitions related to conduction, law of heat transfer, Heat conduction through straight rod, Series combinations, Parallel combination, Mixed combination, Problems.
  • L74 = Convection, radiation, definitions related of radiation, Wein’s Law, Stefan’s law, Newton’s Law of cooling.
  • L75 = Problems.

21. Properties of Matter :

  • L76 = Elastic & plastic behavior of solids; fundamental reason of elasticity, stress, Strain, Hook's law, Elastic potential energy & Solve All Exercise.
  • L77 = Fluids, Pressure in a fluid, variation of pressure with height, Pascal's law, Atmospheric, pressure & barometer, Archimedes principle, Flotation, Streamline and turbulent flow, total energy of a flowing liquid.
  • L78 = Bernullis Theorem, Velocity of efflux & Solve Exercise.
  • L79 = Surface Tension, Surface Energy, Viscosity & Solve all Exercise.