Lecture Plan for Class XII


Class XII : Chemistry Lecture Plan

Lecture Plan : Chemistry
S.N.Name of ChapterNo. of Lectures
(Lec. Duration : 1hr 45min)
1.Solid State05
2.Solution05
3.Electrochemistry04
4.Chemical Kinetics05
6.Surface Chemistry03
6.p-Block Elements04
7.d and f-Blocks04
8.Co-ordination Compounds04
9.Haloalkanes and Haloarenes03
10.Alcohal and Phenols (Ether)04
11.Aldehyde, Ketone, Acids07
12.Amine (Nitrogen Containing Compounds)03
13.Biomolecules04
14.Polymers02
15.Chemistry in everyday Life04
Total : 60

1. Solid State :

  • L1 = Properties of solid, unit cell and type, packing Fraction.
  • L2 = Voids, Radius Ratio.
  • L3 = Defects.
  • L4 = Electrical and magnetic properties. (Band theory).
  • L5 = Doubts and NCERT Solved.

2. Solution :

  • L6 = Introduction: Basic terms, Concentration of Solid, Numerical related with molality, molarity, Mole fraction.
  • L7 = Rault's law and Herry's law.
  • L8 = Colligative property : Relative lowering of vapour pressure, Osmotic pressure.
  • L9 = Depression in freezing point; Elevation in B.P.
  • L10 = Doubts and NCERT Solved.

3. Electrochemistry :

  • L11 = Faraday's law of Electrolysis, Conductivity and its type, Kohlrausch's law.
  • L12 = Cell diagram and Calculation of E° cell.
  • L13 = Nernest's eqn and Application Commercial Cell.
  • L14 = Corrosion, All Solved Ex.

4. Chemical Kinetics :

  • L15 = Rate of reaction and factor’s effecting it law of Mass action.
  • L16 = Molecularity, Rate law, order and its type.
  • L17 = Derivation of Rate const., Arrhenius eqn.
  • L18 = Pseudo order Reaction, Collision theory.
  • L19 = All Solved Ex.

5. Surface Chemistry :

  • L20 = Adsorption its type, isotherm and isobar.
  • L21 = Colloids and property (various terms).
  • L22 = Emulsion; CMC, Catalyst and Catalysis.

6. p-Block elements :

  • L23 = Group 15 elements and property (structure of compound).
  • L24 = Group 16 elements.
  • L25 = Group 17 and 18.
  • L26 = All Ex. Solved.

7. d and f-Block :

  • L27 = General Property of transition elements.
  • L28 = K2Cr2O7 and KMnO4 (preparation and property).
  • L29 = Various compounds of Cu, Ag ands Zn.
  • L30 = Lanthanoid Contraction and consequences comparison of lanthanoids and act.

8. Co-ordination Compounds :

  • L31 = Oxidation State, Werners theory, Naming.
  • L32 = Isomerism (Geo, Structural and opt.).
  • L33 = V.P.T and Magnetic property.
  • L34 = C.F.P and Application.

9. Haloalkanes and Haloarenes :

  • L35 = Naming, SN1 and SN2 Mechanism and Ex
  • L36 = Methods of preparation and properties.
  • L37 = Various compounds (DDT, freons etc).

10. Alcohol and Phenols (Ether) :

  • L38 = Methods of preparation (Alc. and phenol).
  • L39 = Properties of Alcohol (Mechanism of reaction).
  • L40 = Properties of Phenol (Mechanism of reaction).
  • L41 = Ether (preparation and properties).

11. Aldehyde, ketone, Acid :

  • L42 = Methods of preparation (ald. and ket.)
  • L43 = Properties of Aldehyde and ketone [Reaction involving (>c=0)] .
  • L44 = Naming Reactions (oxidation and Redn of Ald. and ketone).
  • L45 = Identifying an unknown compound.
  • L46 = Aromatic Carbonyls.
  • L47 = Preparation of Acid and physics properties.
  • L48 = Chemical properties of acid.

12. Amine (Nitrogen containing compounds) :

  • L49 = Methods of preparation physical property
  • L50 = Chemical properties of Amines and reaction Mechanism.
  • L51 = Various compounds contains Nitrogen Solved Ex.

13. Biomolecules :

  • L52 = Carbohydrates; open chain structure of Glu and itsw Limitation.
  • L53 = Fructose, Cellulose, Maltose, lactose.
  • L54 = Protiens.
  • L55 = Vitamins, Harmones Ex.

14. Polymers :

  • L56 = Polymerisation and it’s type : Mechanism of addn polymerization
  • L57 = Different polymers and their monomers with methods of preparation and uses.

15. Chemistry in everyday Life :

  • L58 = Drugs and Medicines : Examples.
  • L59 = Some important Drugs and Medi. Artifical Sweetner
  • L60 = Preservatives, Soap and Detergent.
  • L61 = Solved Ex.

Class XII : Mathematics Lecture Plan

Lecture Plan : Mathematics
S.N.Name of ChapterNo. of Lectures
(Lec. Duration : 1hr 45min)
1.Matrices03
2.Determinants02
3.Inverse Trigonometric Function02
4.Relation & Function07
5.Limit02
6.Continuity & Differentiability03
7.Differentiation04
8.Derivative as a Rate Measurer & Tangents, Normals03
9.Approximation01
10.Monotonicity, Maxima & Minima05
11.Indefinite Integrals07
12.Definite Integrals06
13.Application of the Integrals03
14.Differential Equation05
15.Vector03
16.3D05
17.Probability05
18.L.P.P.01
Total : 67

1. Matrices :

  • L1 = Algebra of matrices, Transpose of a matrix, symmetric & skew symmetric matrix, properties of Transpose, symmetric and skew symmetric matrices. Trace of a matrices, types of matrices.
  • L2 = Addition, multiplication, adjoint & Inverse of a square matrix, properties of adjoint and inverse matrix. Concept of elementary row and column operation.
  • L3 = Rank of a matrix, echlon form of a matrix. Consistency, inconsistency and solution of non-Homogeneous and homogeneous system of equations by (i) inverse of a matrix (ii) rank (echlon form).

2. Determinants :

  • L4 = Definition, Minors & cofactors, properties of determinants. Evaluation of determinants using factor theorem. Product of two determinants. Application of determinants to coordinate geometry.
  • L5 = Solution of system of equation by Cramer’s Rule & Test of consistency. Differentiation & Integration of determinants.

3. Inverse Trigonometric Function :

  • L6 = Definition of inverse trigonometric functions, principal value, graphs of inverse trigonometric functions, Formulae for sum, difference of inverse trigonometric function. Properties of inverse trigonometric functions.
  • L7 = Problem discussion.

4. Relation & Function :

  • L8 = Relation, types of relations: empty, universal, symmetric, transitive & equivalence relation.
  • L9 = Graphical Transformation. Domain & Range, Types of functions (Polynomial, Algebraic, Modulus, Signum, Logarithmic, Exponential, Greatest Integer Function.
  • L10 = Classification of functions. (One-one (injective), many-one, onto (surjective), into function). Composite function, properties of composite functions Composition of uniformly & non-uniformly defined function.
  • L11 = Problem discussion.
  • L12 = Even and Odd function, periodic function. Inverse of a function, Properties of Inverse Function. Equal or identical functions.
  • L13 = Functional Equation & Problem discussion.
  • L14 = Problem Discussion.

5. Limit :

  • L15 = Indeterminate forms. L'Hospital's Rule. Expansion method, sandwich theorem.
  • L16 = Newton - Leibnitz's formula for Differentiation (DUIS), Limit of a sum by definite integral.

6. Continuity & Differentiability :

  • L17 = Continuity, reasons of discontinuity, Types of Discontinuity, Continuity in an interval [a,b]. Continuity of composite function, Intermediate value theorem, Some continuous and discontinuous functions.
  • L18 = Differentiability (RHD & LHD), Differentiability in open & closed interval. Algebra of differentiability.
  • L19 = Problem Discussion.

7. Differentiation :

  • L20 = Derivative of composite function, chain rule, derivatives of inverse trigonometric function, Differentiation by using trigonometrical substitutions. derivatives of implicit function.
  • L21 = Derivatives of exponential & logarithmic function. Differentiation of infinite series. Derivatives of function in parametric forms, Differentiation of a function w.r.t. another function, Differentiation of determinants. Second order derivatives.
  • L22 = Rolle's & Lagrange's, Mean value theorem & their application.
  • L23 = Problem discussion.

8. Derivative as a Rate Measurer & Tangents, Normals :

  • L24 = Derivative as Rate of change.
  • L25 = Slope of the tangent and Normal, Equation of tangent and Normal. Angle of intersection of two curves. Length of the tangent, sub tangent, normal and subnormal.
  • L26 = Problem discussion.

9. Approximation :

  • L27 = Error & Approximation.

10. Monotonicity, Maxima & Minima :

  • L28 = Monotonic Increasing & Decreasing, Method of testing monotonicity.
  • L29 = Critical points, Comparison of functions using calculus.
  • L30 = Concept of Local & Global Maxima / Minima. First & Second Derivative test with words problem.
  • L31 = Maxima & minima in discontinuous functions. Point of inflection.
  • L32 = Problem Discussion.

11. Indefinite Integrals :

  • L33 = Integration of a function, Basic integration Formulae, Integration by substitution.
  • L34 = Integration by partial fractions & by parts, integrals of the form ,
  • L35 = Integration of the form , , , , .
  • L36 = Integration of Trigonometric functions and , and where k is constant.
  • L37 = Integration of and some particular Integrals.
  • L38 = Problem discussion.
  • L39 = Problem discussion.

12. Definite Integrals :

  • L40 = Basic Properties of Definite integral & evaluation of definite integrals.
  • L41 = Definite integral as a limit of a sum, Periodic Property.
  • L42 = Newton-Leibnitz’s formula for definite integral, Maxima/Minima value of definite integral. Definite integral dependent on Parameter,
  • L43 = (Walli’s formula). Gamame & Reduction formula.
  • L44 = Problem discussion.
  • L45 = Problem discussion.

13. Application of the Integrals :

  • L46 = Simple tracing of curves like, lines, circles, parabola, Ellipse, Cubic, Trigionometric, Inverse, Trigonometric curves & Exponential & Logarithmic Curves and some more curves which occur frequently in standard forms.
  • L47 = Concept of area bounded by a curve and Area between two curves.
  • L48 = Problem discussion.

14. Differential Equation :

  • L49 = Definition, order & degree of differential Equation. Formation of different equation whose general solution is given.
  • L50 = Solution of Differential Equation, By method of separation of variables, Homogeneous equation of first order & first degree.
  • L51 = Exact differential equation, Linear Differential eqution. Bernoullie’s diff equation.
  • L52 = Application of differential equation: Rate of disintegration, Orthogonal trajectory, electricity, Heat transfer etc.
  • L53 = Problem discussion.

15. Vector :

  • L54 = Vectors & Scalars, magnitude & direction, Direction cosines & direction ratios of a vector. Types of Vectors. Postion vector of a point, components of a vector, addition of vectors.
  • L55 = Multiplication of a vector by a scalar, postition vector of a point dividing a line segment in the given ratio. Scalar product, cross product.
  • L56 = Projection of a vector on a line, scalar & vector Product of 3-vectors.

16. 3D :

  • L57 = Direction cosines and direction ratios of a line joining two points; Cartesian & vector equation of line, Angle between two lines. Skew lines, Shortesst distance between the lines,Condition for coplanarity.
  • L58 = Problem discussion.
  • L59 = Concept of plane, Equation of plane in vector & Cartesian form. angle between two planes. Angle between line & plane.
  • L60 = Distance of a plane from a point, Distance between parallel planes.
  • L61 = Problem discussion.

17. Probability :

  • L62 = Conditional probability, Multiplication theorem on probability, Independent events.
  • L63 = Total theorem, Baye's theorem.
  • L64 = Random variable & probability Distribution, Mean, Variance of random variable, Bernoulli's Trials & Binomial Distribution.
  • L65 = Problem Discussion.
  • L66 = Problem Discussion.

18. L.P.P. :

  • L67 = Terminology such as constraints, objective function, optimization, Different types of L.P. problem, Mathematical formulation of L.P. problems, Graphical method of solution for problem in two variables, feasible and infeasible region and solution.(Upto 3-non-trial constant).

Class XII : Physics Lecture Plan

Lecture Plan : Physics
S.N.Name of ChapterNo. of Lectures
(Lec. Duration : 1hr 45min)
1.Electrostatics15
2.Capacitance06
3.Current Electricity08
4.Magnetic Field06
5.Electromagnetic Induction04
6.Alternative Current03
7.Electromagnetic Wave01
8.Ray Optics09
9.Wave Optics04
10.Atoms03
11.Dual Nature of Radiation & Matter02
12.Nuclei02
13.Semi-Conductors05
14.Communication02
Total : 79

1. Electrostatics :

  • L1 = Properties of Charge, Coulomb’s law, Properties of electrostatic force.
  • L2 = Problems on coulombs force involving equilibrium, SHM, tension etc.
  • L3 = Problems on coulombs force.
  • L4 = Electric field & its properties, electric field due to discrete charges and continuous charges.
  • L5 = Electric field due to continuous charges.
  • L6 = Problem based on electric field.
  • L7 = Electric field lines, properties, Problems.
  • L8 = Electric potential energy, Problems based on calculation of PE and conservation of mechanical energy.
  • L9 = Electric potential, Electric potential of various charge distribution.
  • L10 = Equipotential surfaces, Properties, Problems.
  • L11 = Electric dipole and its energy in an electric field.
  • L12 = Conductor in electrostatics, Problems.
  • L13 = Conductor in electrostatics, Problems.
  • L14 = Electric flux, Gauss theorem, Application of Gauss Theorem.
  • L15 = Problems discussion.

2. Capacitance :

  • L16 = Conductor and its capacitance.
  • L17 = Capacitor, combination of capacitors, dielectric between the plates of capacitor, Parallel plates.
  • L18 = Kirchhoff's laws, problems.
  • L19 = Problems.
  • L20 = Force between the charged parallel plate capacitor, work done, energy stored, energy per unit volume. Dielectric between the plates of capacitor.
  • L21 = Electric potential energy of a spherical conductor, Problems.

3. Current Electricity :

  • L22 = Electric current, current density, Ohm’s law, Specific resistance, Effect of temperature, Ohmic and non-ohmic conductors.
  • L23 = Combination of Resistance, EMF & grouping of cells.
  • L24 = Kirchoff's laws & its applications, Problems.
  • L25 = Problems.
  • L26 = Wheat stone bridge and its applications, Potentiometer.
  • L27 = Problems.
  • L28 = Galvanometer Voltmeter and Ammeter, Problems.
  • L29 = Heating effect of current, Problems based on bulb, heater etc.

4. Magnetic Field :

  • L30 = Magnetic induction, Force on a charge particle, trajectory of charged particle in a magnetic field.
  • L31 = Problems.
  • L32 = Cyclotron, Biot-Savart law, magnetic field due to current carrying conductor, Problems.
  • L33 = Force on a current carrying conductor, Force Between current carrying wires. Problems.
  • L34 = Moving coil galvanometer, Amper's circuital law.
  • L35 = Problems.

5. Electromagnetic Induction :

  • L36 = Magnetic Flux, Faraday's law, Lenz's rule, problems.
  • L37 = Motion of a conductor in magnetic field, motional EMF, problems.
  • L38 = Self induction, Mutual induction, Growth & decay in L.R. circuits.
  • L39 = Generator, Transformer, Solved All Exercise.

6. Alternative Current :

  • L40 = Alternating current & potential relations, average and rms value calculation, Power factor.
  • L41 = R, C, L, LR, RC, Series LCR circuit, Problems.
  • L42 = LC oscillation, quality factor, problems.

7. Electromagnetic Wave :

  • L43 = Displacement current, general discussion on wave, vector representing the propagation of wave.

8. Ray Optics :

  • L44 = Laws of Reflections, Characteristics of reflection at plane mirrors, Image formed by two mirrors & Examples.
  • L45 = Mirror formula, Rules for ray diagrams, Problems.
  • L46 = Laws of Refraction, Relation between object, image, distance and velocities, Refraction in the slab, Problems.
  • L47 = Total Internal Reflection, Prism, Problems.
  • L48 = Laws of refraction at spherical surface, Problems.
  • L49 = Lens theory, dependence of focal length, Problems.
  • L50 = Combination of lenses, Silvering of lens, Problems.
  • L51 = Problems.
  • L52 = Deviation, Dispersion & Problems.

9. Wave Optics :

  • L53 = Wave Front, Huygen's Wave Theory, Maxwell’s Electro Magnetic Theory.
  • L54 = Interference, YDSE.
  • L55 = Problems.
  • L56 = Theory of diffraction, Polarization, Brewster’s law, Problems.

10. Atoms :

  • L57 = Brief idea of early atomic models, Bohr's Model, spectrum, limitations of Bohr's model, Problems.
  • L58 = Bohr's theory for non-stationary nucleus, Atomic excitation with collision, Doppler effect in light.
  • L59 = Problems.

11. Dual Nature of Radiation & Matter :

  • L60 = Dual nature of light, Introduction, experimental arrangement, some definition, Einstein’s Theory, Stopping potential, Dependence of photocurrent and its calculation, result in of photoelectric effect.
  • L61 = De Broglie's theory, Problems.

12. Nuclei :

  • L62 = Introduction, Properties of nucleus, nuclear stability.
  • L63 = Radioactive decay, Law of radioactive decay, Laws for different types of disintegration & Problems.

13. Semi-Conductors :

  • L64 = Bonding, Energy bonds, Types of solids, Intrinsic & Extrinsic semiconductors, n & p-type semiconductors, Effect of temperature.
  • L65 = Diffusion & Drift current, p-n Junction diode (Forward & reverse bias), Dynamic resistance, Rectifier (Half wave & Full wave).
  • L66 = Types of diodes, their properties and uses.
  • L67 = Transistors (p–n–p & n–p–n), Amplifier (common emitter), gain in amplifiers, Relation between α and β parameters, Transistor as switch, amplifier and oscillator.
  • L68 = Logic gates.

14. Communication :

  • L69 = Definition, wave propagation.
  • L70 = Modulation.