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Subject Class Program Name Time
IX
:: DIVERSITY IN LIVING ORGANISMS
Cryptogams
This episode explains the basis of classification of plant kingdom and the features of the various divisions in Cryptogams.
DIVERSITY IN LIVING ORGANISMS Cryptogams 		03:30 AM
XI
:: STATES OF MATTER
Kinetic Theory
Deviation from ideal behaviour. Liquefaction of gases. Critical temperature.
STATES OF MATTER Kinetic Theory 		04:00 AM
:: GADGETS GADGETS GADGETS
Gadgets Gadgets Gadgets(1)
GADGETS GADGETS GADGETS Gadgets Gadgets Gadgets(1) 		04:30 AM
:: TECH HEADS
Tech heads(22)
TECH HEADS Tech heads(22) 		05:00 AM
XII
:: CONTINUITY AND DIFFERENTIABILITY
Second Order Derivatives
Learn to find out the second order derivatives
CONTINUITY AND DIFFERENTIABILITY Second Order Derivatives 		05:30 AM
X
:: METALS AND NON METALS
Electrovalent Bonding of Metals
Understand the concept of ionic bonding and various properties of ionic compounds.
METALS AND NON METALS Electrovalent Bonding of Metals 		06:00 AM
XI
:: STATES OF MATTER
Kinetic Theory
Deviation from ideal behaviour. Liquefaction of gases. Critical temperature.
STATES OF MATTER Kinetic Theory 		06:30 AM
IX
:: DIVERSITY IN LIVING ORGANISMS
Cryptogams
This episode explains the basis of classification of plant kingdom and the features of the various divisions in Cryptogams.
DIVERSITY IN LIVING ORGANISMS Cryptogams 		07:00 AM
:: GADGETS GADGETS GADGETS
Gadgets Gadgets Gadgets(1)
GADGETS GADGETS GADGETS Gadgets Gadgets Gadgets(1) 		07:30 AM
:: TECH HEADS
Tech heads(22)
TECH HEADS Tech heads(22) 		08:00 AM
IX
:: QUADRILATERALS
Parallelograms:Diagonal Properties
Establish the relation between the diagonals of the parallelogram. Condition for a quadrilateral to be a parallelogram.
QUADRILATERALS Parallelograms:Diagonal Properties 		08:30 AM
XI
:: SYSTEM OF PARTICLES & ROTATIONAL MOTION
Kinematics of Rotational Motion
Equations of uniformly accelerated rotational motion of a rigid body about a fixed axis in terms of angular displacement, velocity & acceleration.
SYSTEM OF PARTICLES & ROTATIONAL MOTION Kinematics of Rotational Motion 		09:00 AM
X
:: REPRODUCTION
Modes of Asexual Reproduction
Binary and multiple fission, Regeneration, Fragmentation, Vegetative propagation and Budding
REPRODUCTION Modes of Asexual Reproduction 		09:30 AM
XII
:: CHEMICAL KINETICS
Temp. Dependence of Reaction
Describe the effect of temperature and use of catalyst on rate of reactions.
CHEMICAL KINETICS Temp. Dependence of Reaction 		10:00 AM
IX
:: QUADRILATERALS
Angle Relations in Parallelogram
Relation between opposite angles in a parallelogram. Explore the conditions that must be satisfied by a quadrilateral to be a parallelogram.
QUADRILATERALS Angle Relations in Parallelogram 		10:30 AM
XI
:: STATES OF MATTER
Intermolecular Forces
Intermolecular forces. Van der Waals forces like Dipole-Dipole Forces, Dipole-Induced Dipole Forces, Dispersion Forces or London Forces.
STATES OF MATTER Intermolecular Forces 		11:00 AM
XII
:: MOVING CHARGES AND MAGNETISM
The Solenoid and Toroid
Application of Ampere’s Circuital Law. Magnetic field inside Solenoid & Toroid. Dependence of B: length, linear number density of turns & current.
MOVING CHARGES AND MAGNETISM The Solenoid and Toroid 		11:30 AM
X
:: TRIANGLES
Pythagoras Theorem
Derivation of Pythagoras theorem from the concept of similar triangles and apply the same to resolve problems.
TRIANGLES Pythagoras Theorem 		12:00 PM
XI
:: COMPLEX NUMBERS AND QUADRATIC EQUATIONS
Geometry of Complex Numbers
Representation of complex numbers in Argand plane. Understand the Polar form of a complex number.
COMPLEX NUMBERS AND QUADRATIC EQUATIONS Geometry of Complex Numbers 		12:30 PM
IX
:: QUADRILATERALS
Types and Angle Sum Property
Definition of quadrilateral & special quadrilaterals: rectangle, square, parallelogram. rhombus, trapezium etc. Angle sum property of quadrilaterals.
QUADRILATERALS Types and Angle Sum Property 		01:00 PM
XII
:: MOVING CHARGES AND MAGNETISM
Force On Current Carrying Wire
Quantify the attractive & repulsive magnetic forces between two parallel current carrying conductors. Define ampere in terms of Lorentz force.
MOVING CHARGES AND MAGNETISM Force On Current Carrying Wire 		01:30 PM
X
:: CO ORDINATE GEOMETRY
Section Formula
Section formula for internal division of line segment by a point. Solve application based problems based on them.
CO ORDINATE GEOMETRY Section Formula 		02:00 PM
IX
:: ATOMS AND MOLECULES
Laws of Chemical Combination
Discuss various laws of chemical combination and explain the postulates of Dalton’s atomic theory.
ATOMS AND MOLECULES Laws of Chemical Combination 		02:30 PM
XI
:: COMPLEX NUMBERS AND QUADRATIC EQUATIONS
Quadratic Equations
Learn to solve quadratic equations with complex roots/ coefficients. Find square root of a complex number.
COMPLEX NUMBERS AND QUADRATIC EQUATIONS Quadratic Equations 		03:00 PM
IX
:: QUADRILATERALS
Angle Relations in Parallelogram
Relation between opposite angles in a parallelogram. Explore the conditions that must be satisfied by a quadrilateral to be a parallelogram.
QUADRILATERALS Angle Relations in Parallelogram 		03:30 PM
XI
:: LINEAR INEQUALITIES
Linear Inequalities: One Variable
Understand the properties of inequalities. Representation of the same in one variable on the number line.
LINEAR INEQUALITIES Linear Inequalities: One Variable 		04:00 PM
X
:: CO ORDINATE GEOMETRY
Distance Formula
Distance formula. Understand its theory and application.
CO ORDINATE GEOMETRY Distance Formula 		04:30 PM
XII
:: MAGNETISM AND MATTER
Magnetic Properties
Classification of magnetic materials as ferromagnetic, diamagnetic & paramagnetic. Define & discuss susceptibility, permeability & hysteresis loop.
MAGNETISM AND MATTER Magnetic Properties 		05:00 PM
:: GREAT MOMENTS IN SCIENCE & TECHNOLOGY
Sex Hormones
GREAT MOMENTS IN SCIENCE & TECHNOLOGY Sex Hormones 		05:30 PM
:: FLASHBACKS
Moon Landing
FLASHBACKS Moon Landing 		05:48 PM
:: FLASHBACKS
Albert Einstien
FLASHBACKS Albert Einstien 		05:54 PM
:: GADGETS GADGETS GADGETS
Gadgets Gadgets Gadgets(2)
GADGETS GADGETS GADGETS Gadgets Gadgets Gadgets(2) 		06:00 PM
IX
:: DIVERSITY IN LIVING ORGANISMS
Cryptogams
This episode explains the basis of classification of plant kingdom and the features of the various divisions in Cryptogams.
DIVERSITY IN LIVING ORGANISMS Cryptogams 		06:30 PM
XI
:: STATES OF MATTER
Kinetic Theory
Deviation from ideal behaviour. Liquefaction of gases. Critical temperature.
STATES OF MATTER Kinetic Theory 		07:00 PM
X
:: METALS AND NON METALS
Electrovalent Bonding of Metals
Understand the concept of ionic bonding and various properties of ionic compounds.
METALS AND NON METALS Electrovalent Bonding of Metals 		07:30 PM
XII
:: CONTINUITY AND DIFFERENTIABILITY
Second Order Derivatives
Learn to find out the second order derivatives
CONTINUITY AND DIFFERENTIABILITY Second Order Derivatives 		08:00 PM
:: TECH HEADS
Tech heads(23)
TECH HEADS Tech heads(23) 		08:30 PM
X
:: HUMAN EYE & COLOURFUL WORLD
Scattering of Light
Define scattering of light and its cause and tyndall effect.Explain the various real life applications of scattering of light.
HUMAN EYE & COLOURFUL WORLD Scattering of Light 		09:00 PM
XII
:: CONTINUITY AND DIFFERENTIABILITY
Diff. of Parametric Functions
Learn the relation expressed between two variables x and y using the third variable as a parameter.
CONTINUITY AND DIFFERENTIABILITY Diff. of Parametric Functions 		09:30 PM
IX
:: QUADRILATERALS
Angle Relations in Parallelogram
Relation between opposite angles in a parallelogram. Explore the conditions that must be satisfied by a quadrilateral to be a parallelogram.
QUADRILATERALS Angle Relations in Parallelogram 		10:00 PM
XI
:: LINEAR INEQUALITIES
Linear Inequalities: One Variable
Understand the properties of inequalities. Representation of the same in one variable on the number line.
LINEAR INEQUALITIES Linear Inequalities: One Variable 		10:30 PM
X
:: CO ORDINATE GEOMETRY
Distance Formula
Distance formula. Understand its theory and application.
CO ORDINATE GEOMETRY Distance Formula 		11:00 PM
XII
:: MAGNETISM AND MATTER
Magnetic Properties
Classification of magnetic materials as ferromagnetic, diamagnetic & paramagnetic. Define & discuss susceptibility, permeability & hysteresis loop.
MAGNETISM AND MATTER Magnetic Properties 		11:30 PM