NARAYANA IIT/NEET ACADEMY DWARKA

Transcription

1 CPT CPT-2 + CDF CPT CPT Differentiation. Application of differentiation: Maxima and minima. Integration Units and Dimensions Significant figures. Error analysis [CDF ( 1 19)] Vector and its types, components of vectors, Addition and subtraction of vectors. DOT and cross products Motion Parameters: (Distance, displacement, Speed, Velocity, Acceleration) Motion in 1-d [CDF ( 1 19)] Projectile Motion(including inclined plane projectile) [CDF ( 11 26)] Oxidation number, oxidation and reduction, Balancing of redox reaction, oxidizing and reducing agents Some Basic Concepts of Chemistry Mole concept and Law of chemical combinations [CDF: (14, 15, 16, 17)] Molarty, Limiting reagent, molality, mole fraction and inter conversions [CDF: (20, 21, 22, 23)] Structure of atom Cathode ray, Rutherford model, Wave nature of electromagnetic radiation, Plank s quantum theory, photoelectric effect [CDF: (1, 2, 3,4,5,6,7,8,9,10,11,12)] Bohr s model, Hydrogen Spectrum, de-broglie equation [CDF:(13, 14, 15, 16,17,19,20,21,22,23)] Quantum mechanical model of atom, Heisenberg s uncertainty principle, Quantum numbers, shape of orbitals, electronic configuration [CDF: (24, 25,26,27 to 48)] Periodic classification of elements and periodic properties [CDF: (1 to 32)] 15 TH JUNE (Friday) EID-UL-FITR Sets: Sets and their representations, different types of sets,venn diagrams [CDF: (1 15)] Operations on sets, practical problems on union and intersection of two sets [CDF: (16 26)] Relations & Functions [CDF: (1 25)] Principle of Mathematical induction [CDF: (1 7)] Wavy curve method Modulus and its applications Logarithm, Determinants evaluation Trigonometric Ratios & Identities: Trigonometric ratios and identities, compound angle [CDF : (1 18)] Trigonometric Ratios & Identities: Multiple & sub multiple angles [CDF: (19 24)] Transformations and conditional trigonometric identities [CDF: (25, 26)] Trigonometric Equations: Trigonometric equations and inequalities [CDF : (27 33)] Page # 1 of 8

2 CPT CPT-6 + CDF Circular motion, [CDF ( 27 33)] Relative Velocity (only river problems) [CDF ( 1 10)] Relative velocity (Complete), Equilibrium of particles, Newton's Laws [CDF ( 1 9)] Chemical Bonding Kossel-Lewis approach to chemical bonding, Ionic bond, covalent bond, Lattice enthalpy, Bond parameters, Valence bond theory. [CDF: (1 to 14 and 20,42,49,50,51)] Chemical Bonding Hybridization, VSEPR theory [CDF: (33,34,35,36,37,38,39,40,41,43,44,45,46,47,48)] Trigonometric equations: Trigonometric equations of one or more than one variable Sequence and series: AP [CDF: (1 9)] GP [CDF: (12 14)] HP CPT Pulley mass system, Pseudo force [CDF ( 10 15)] Chemical Bonding Dipole moment, Molecular orbital theory, Hydrogen bonding, fajan s rule [CDF: (26,27,28,29,30,31,32,52 to 62)] Sum of n terms of special series. [CDF: (18)] AGP, Method of Difference V n method CPT CPT CPT Constraint relation, Friction (Only one body system) Friction (Complete) [CDF ( 16 28)] Dynamics of circular motion. [CDF ( 29 34)] Work done by constant and variable force [CDF ( 1 5)] Gaseous State Inter molecular forces, Absolute scale of temperature, ideal gas equation, Gas Law s, Law of partial pressures, [CDF: (1 to 19)] Gaseous State Kinetic theory of gases Vander Waals equation [CDF: (20 to 31)] Gaseous State critical constants, diffusion of gases Means, Relation between A.M. & G.M., Inequalities (Basic inequality) [CDF: (10, 11, 15 17)] Straight line Distance formula, Section formula, Area of the triangle [CDF: (1 10)] Angle between straight lines [CDF: (11, 22)] Slope, Different form of straight line [CDF: (12 20)] Straight line Centres related to triangle. Length of perpendicular [CDF: (21, 23, 24)] Foot of perpendicular and image [CDF: (25, 26)] Locus, Equations of Bisectors. Page # 2 of 8

3 CPT-11 + CDF PT CPT Conservation of mechanical energy, Work energy theorem [CDF ( 6 13)] Motion in a vertical circle, Power Redox reaction [CDF: (1 to 12)] Equivalent weight, Normality and Milliequivalent concept PHASE TEST 01 ( ) Acid-base titration, Back titration, redox titration, Double titration Straight line: Family of straight line, Translation of axes, pair of straight lines (only angle between lines & principle of homogenization). Linear inequations (NCERT PIC) [CDF: (1 14)] Circles: Equation of circle in different forms [CDF: (4, 5, 6)] Tangent at a point, length of tangent, Equations of normal. 15 TH AUGUST (Wednesday) - INDEPENDENCE DAY CPT Conservation of linear momentum Impulse [CDF ( 13)] Thermodynamics, System, process, state function, intensive and extensive properties, Heat, work done in isothermal process, ΔU, ΔH and their relation, Δ r H of a reaction Pair of tangents, Chord of contact, Chord bisected at a given point, intersection of two circles. Radical axis and radical center 22 TH AUGUST (Wednesday) BAKRID 26 TH AUGUST (Sunday) RAKSHA BANDHAN Conservation of linear momentum Thermodynamics, System, process, state function, intensive Pair of tangents, Chord of contact, Chord center Impulse and extensive properties, heat, work done in isothermal bisected at a given point, intersection of process, U, H and their relation, H r of a reaction two circles. Radical axis and radical Thermodynamics CPT-14 Collision Common tangents, Family of circles, Angle Thermo chemistry, heat capacity, Entropy [CDF ( 14 23)] between two circles [CDF: (14, 15, 16, 17, 20, 21,22 to 27)] + CDF CPT Location of centre of mass and its motion [CDF ( 1 7)] Free energy and Spontaneity [CDF: (28 to 31)] Chemical Equilibrium; Basic idea of reaction rate, Law of chemical equilibrium, Equilibrium constant, Homogeneous equilibrium and related numerical CBSE Limit [CDF: (1 13)] Derivatives [CDF: (14 34)] Page # 3 of 8

4 2 ND SEPTEMBER (Sunday) JANMASHTAMI CPT-16 + CDF CPT Rotational kinematics [CDF ( 25)] Moment of Inertia [CDF ( 1 24)] rque [CDF ( 8 14)] Dynamics of rigid body [CDF ( 17 20)] R E V I S I O N (HALF YEARLY EXAM) R E V I S I O N (HALF YEARLY EXAM) Chemical equilibrium. Homogeneous Equilibria, Relationship between Kc and Kp, Equilibrium Constant K, Reaction Quotient Q and Gibbs Energy and Kc, Le-Chateleiar principle [CDF: (5 to 19)] Ionic Equilibrium Concept of acids and base, ionization of water, ph of acids and base [CDF: (20 to 33, 38)] Quadratic equations: Properties and nature of roots of quadratic equations, transformation of roots, Condition of two roots/one root common of two quadratic equations Quadratic equations: Quadratic expression, Sign of the quadratic expression, Location of roots, Theory of polynomials. 02 nd OCBER (Tuesday) - GANDHI JAYANTI CPT CPT Angular momentum and its conservation [CDF ( 15 16)] Rolling motion [CDF ( 28 36)] Law of gravitation, Acceleration due to gravity and its variation with height, depth and rotation of earth [CDF ( 1 10)] Ionic Equilibrium Dissociation of weak mono and polyprotic acids in solution, Buffer solution [CDF: (37,42,43)] Ionic Equilibrium Types of salts and salt hydrolysis [CDF: (34, 35,36, 39, 40, 41)] 17 TH OCBER (Wednesday) - DUSSEHRA (MAHA ASHTMI) 18 TH OCBER (Thursday) - DUSSEHRA (MAHA NAVAMI) 19 TH OCBER (Friday) - DUSSEHRA (VIJAY DASHAMI) Binomial theorem General term, Middle term, Greatest term [CDF: (1 5)] Binomial theorem Problems based on binomial coefficients. Basic problems on Multinomial theorem Page # 4 of 8

5 CPT-20 + CDF Gravitational field and Potential Escape velocity. Ionic Equilibrium Solubility and solubility product and indicators [CDF: (44,45,46,47)] Permutation and Combination: Counting principles (sum rule, product rule), permutation and Combination [CDF: (1 11)] Circular permutations CPT Motion in circular orbits, Kepler laws [CDF ( 11 19)] Hydrogen and its compounds [CDF : (1 to 20)] Permutation and Combination: Selection from identical and different things, number of divisors of a number and their sum, Division and Distribution in groups DIWALI HOLIDAYS (REVISION) DIWALI HOLIDAYS (REVISION) DIWALI HOLIDAYS (REVISION) 06 TH NOVEMBER (Tuesday) CHHOTI DIWALI 07 TH NOVEMBER (Wednesday) DIWALI 08 TH NOVEMBER (Thursday) GOVARDHAN POOJA 09 TH NOVEMBER (Friday) BHAI DOOJ CPT Hydrostatic pressure, Pascal s law S-block elements [CDF : (1 to 23)] Permutation and Combination: Generating functions and its application, inclusion -exclusion principle, Bijection principle, Derrangement, Probability CPT-23 + CDF Archemedi s principle, Equation of continuity th th p-block elements (13 & 14 group) [CDF: (1 to 39)] [CDF: (1 12)] Parabola: Standard equation (different forms) [CDF: (9 13)] Equation of tangent and normal, condition for tangent and normal Page # 5 of 8

6 CPT PT CPT CPT Bernoulli s principle, Viscosity [CDF ( 1 11)] Surface tension [CDF ( 12 22)] Elasticity [CDF ( 1 14)] Kinetic theory of gases, [CDF ( 1 10)] Sp. Heat of gases, Calorimetry [CDF ( 21 33)] Introduction to Organic Chemistry, IUPAC Nomenclature Inductive effect, electromeric effect, Hyperconjugation [CDF: (1 to 14, 23, 26, 27)] PHASE TEST 2 ( ) Resonance, Aromaticity, Crabocation stability [CDF: 25] Reaction intermediates Carbanion, Free radicals, Carbene intermediates [CDF: (17,18, 19,20)] Properties of the parabola (based on tangent and normal), Problem based on locus Ellipse: Standard equation (different forms) [CDF: (14 16)] Equation tangent and normal, condition for tangent and normal Properties of ellipse (based on tangent and normals), problem based on locus (CBSE) Introduction to Three Dimensional Geometry [CDF: (1 9)] CPT-27 + CDF Thermal Expansion, [CDF ( 1 20)] First law of thermodynamics and Processes Structural isomerism [CDF: (15,16)] Hyperbola: Standard equation (different forms) [CDF: (17 19)] Equation of tangent and normal, condition for tangent and normal and properties of Hyperbola 25 th DECEMBER (Tuesday) CHRISTMAS DAY CPT Cyclic processes, Polytropic processes and Numericals on thermodynamics [CDF ( 1 26)] Geometrical isomerism and conformational isomerism [CDF: -----] Rectangular hyperbola, problem based on locus, Statistics. [CDF: (1 15)] 01 ST JANUARY (Tuesday) NEW YEAR Page # 6 of 8

7 CPT Heat engine and refrigerator. Conduction, Convection, Radiation [CDF ( 34 41)] Optical isomerism [CDF: ] COMPLEX NUMBERS Complex numbers [CDF: (1 15, 20 24)] Properties of arguments, modulus and conjugate [CDF: (16 19)] CPT CPT CDF Kinematics of Linear S H M, Spring Mass System Dynamics of Linear SHM Angular S H M Alkane preparation and reactions [CDF: (1 to 14)] Alkenes preparation (Basic idea of elimination reactions) [CDF: (15 to 30)] COMPLEX NUMBERS Concept of rotation, Geometrical application of complex numbers n th COMPLEX NUMBERS Cube roots of unity, roots of unity and its application Mathematical Reasoning [CDF: (1 20)] CPT TH JANUARY (Saturday) - REPUBLIC DAY Combination of S.H.M., [CDF ( 1 14)] Damped and forced oscillation, Addition reaction of alkenes (Addition of HX, H 2 O, X 2, Properties and solution of triangle: CPT-32 Wave equation. Hydroboration oxidation, Oxymercuration demercuration, Sine rule, Cosine rule, projection formula, Speed of waves, transverse wave Ozonolysis, Oxidation of alkene half angles formulae, area of the triangle and its intensity [CDF ( 1 14)] Speed of sound wave and its equation, Superposition of waves [CDF ( 15 21)] Alkyne preparation and reactions [CDF: (31 to 34)] Properties and solution of triangle: Incentre, Centroid, Ortho center, Excentre, Circumcentre, Solution of triangle CBSE Exam Holidays Page # 7 of 8

8 PT Revision Standing waves, beats, Doppler effect Revision Benzene and EAS Revision Inverse Trigonometry Revision Revision Revision PHASE TEST 3 ( ) Page # 8 of 8