NRK ACADEMY: 2020

December 30, 2020

INTRODUCTION TO TOPOLOGICAL SPACES – BASE OF TOPOLOGICAL SPACES

INTRODUCTION TO TOPOLOGICAL SPACES – BASE OF TOPOLOGICAL SPACES INTRODUCTION TO TOPOLOGICAL SPACES – BASE OF TOPOLOGICAL SPACES

CONVERGENCE OF SEQUENCES OF MEASURABLE FUNCTIONS - CONVERGENCE OF SEQUENCES OF MEASURABLE FUNCTIONS LUSIN’S THEOREM

CONVERGENCE OF SEQUENCES OF MEASURABLE FUNCTIONS - CONVERGENCE OF SEQUENCES OF MEASURABLE FUNCTIONS LUSIN’S THEOREM CONVERGENCE OF SEQUENCES OF MEASURABLE FUNCTIONS - CONVERGENCE OF SEQUENCES OF MEASURABLE FUNCTIONS LUSIN’S THEOREM

THE RING OF GAUSSIAN INTEGERS

THE RING OF GAUSSIAN INTEGERS THE RING OF GAUSSIAN INTEGERS

PRIME AND IRREDUCIBILITY ELEMENTS

PRIME AND IRREDUCIBILITY ELEMENTS PRIME AND IRREDUCIBILITY ELEMENTS

DIVISIBILITY IN COMMUTATIVE RINGS

DIVISIBILITY IN COMMUTATIVE RINGS DIVISIBILITY IN COMMUTATIVE RINGS

PRIME IDEALS

PRIME IDEALS PRIME IDEALS

MAXIMAL IDEALS

MAXIMAL IDEALS MAXIMAL IDEALS

IRREDUCIBILITY OF POLYNOMIALS OVER A FIELD

IRREDUCIBILITY OF POLYNOMIALS OVER A FIELD IRREDUCIBILITY OF POLYNOMIALS OVER A FIELD

POLYNOMIAL RINGS - DIVISION ALGORITHM AND ITS CONSEQUENCES

POLYNOMIAL RINGS - DIVISION ALGORITHM AND ITS CONSEQUENCES POLYNOMIAL RINGS - DIVISION ALGORITHM AND ITS CONSEQUENCES

POLYNOMIAL RINGS - INTRODUCTION TO POLYNOMIALS

POLYNOMIAL RINGS - INTRODUCTION TO POLYNOMIALS POLYNOMIAL RINGS - INTRODUCTION TO POLYNOMIALS

November 22, 2020

INORGANIC CHEMISTRY-II - MAGNETIC EXCHANGE COUPLING PART – II

INORGANIC CHEMISTRY-II - MAGNETIC EXCHANGE COUPLING PART – II INORGANIC CHEMISTRY-II - MAGNETIC EXCHANGE COUPLING PART – II

PHYSICAL CHEMISTRY-II - METHOD OF DETERMINING MOLAR MASS - II (OSMOMETRY)

PHYSICAL CHEMISTRY-II - METHOD OF DETERMINING MOLAR MASS - II (OSMOMETRY) PHYSICAL CHEMISTRY-II - METHOD OF DETERMINING MOLAR MASS - II (OSMOMETRY)

PHYSICAL CHEMISTRY-II - DEBYE –HÜCKEL THEORY – V

PHYSICAL CHEMISTRY-II - DEBYE –HÜCKEL THEORY – V PHYSICAL CHEMISTRY-II - DEBYE –HÜCKEL THEORY – V

PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART III

PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART III PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART III

PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART II

PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART II PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART II

PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART I

PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART I PHYSICAL CHEMISTRY-II - SOLUTION KINETICS – PART I

PHYSICAL CHEMISTRY-II - HINSHELWOOD MODIFICATION AND RRKM MODEL (QUALITATIVE TREATMENT)

PHYSICAL CHEMISTRY-II - HINSHELWOOD MODIFICATION AND RRKM MODEL (QUALITATIVE TREATMENT) PHYSICAL CHEMISTRY-II - HINSHELWOOD MODIFICATION AND RRKM MODEL (QUALITATIVE TREATMENT)

PHYSICAL CHEMISTRY-II - NUCLEAR SPIN STATISTICS AND ORTHO AND PARA HYDROGEN

PHYSICAL CHEMISTRY-II - NUCLEAR SPIN STATISTICS AND ORTHO- AND PARA HYDROGEN PHYSICAL CHEMISTRY-II - NUCLEAR SPIN STATISTICS AND ORTHO- AND PARA HYDROGEN

PHYSICAL CHEMISTRY-II - NUCLEAR PARTITION FUNCTION, RESIDUAL ENTROPY AND EQUILIBRIUM CONSTANT

PHYSICAL CHEMISTRY-II - NUCLEAR PARTITION FUNCTION, RESIDUAL ENTROPY AND EQUILIBRIUM CONSTANT PHYSICAL CHEMISTRY-II - NUCLEAR PARTITION FUNCTION, RESIDUAL ENTROPY AND EQUILIBRIUM CONSTANT

PHYSICAL CHEMISTRY-II - MOLAR HEAT CAPACITIES AND ELECTRONIC PARTITION FUNCTION

PHYSICAL CHEMISTRY-II - MOLAR HEAT CAPACITIES AND ELECTRONIC PARTITION FUNCTION PHYSICAL CHEMISTRY-II - MOLAR HEAT CAPACITIES AND ELECTRONIC PARTITION FUNCTION

PHYSICAL CHEMISTRY-II - VIBRATIONAL PARTITION FUNCTION AND MOLAR HEAT CAPACITIES

PHYSICAL CHEMISTRY-II - VIBRATIONAL PARTITION FUNCTION AND MOLAR HEAT CAPACITIES PHYSICAL CHEMISTRY-II - VIBRATIONAL PARTITION FUNCTION AND MOLAR HEAT CAPACITIES

PHYSICAL CHEMISTRY-II - VIBRATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - VIBRATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES PHYSICAL CHEMISTRY-II - VIBRATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - ROTATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - ROTATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES PHYSICAL CHEMISTRY-II - ROTATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - PARTICLE BEHAVIOUR AND MACROSCOPIC PARTITION FUNCTION

PHYSICAL CHEMISTRY-II - PARTICLE BEHAVIOUR AND MACROSCOPIC PARTITION FUNCTION PHYSICAL CHEMISTRY-II - PARTICLE BEHAVIOUR AND MACROSCOPIC PARTITION FUNCTION

PHYSICAL CHEMISTRY-II - PARTICLE BEHAVIOUR AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - PARTICLE BEHAVIOUR AND THERMODYNAMIC PROPERTIES PHYSICAL CHEMISTRY-II - PARTICLE BEHAVIOUR AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - TRANSLATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - TRANSLATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES PHYSICAL CHEMISTRY-II - TRANSLATIONAL PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES PHYSICAL CHEMISTRY-II - PARTITION FUNCTION AND THERMODYNAMIC PROPERTIES

PHYSICAL CHEMISTRY-II - CONCEPT OF ENTROPY – STATISTICAL BASIS

PHYSICAL CHEMISTRY-II - CONCEPT OF ENTROPY – STATISTICAL BASIS PHYSICAL CHEMISTRY-II - CONCEPT OF ENTROPY – STATISTICAL BASIS

November 21, 2020

PHYSICAL CHEMISTRY-II - QUANTUM STATISTICS

PHYSICAL CHEMISTRY-II - QUANTUM STATISTICS PHYSICAL CHEMISTRY-II - QUANTUM STATISTICS

ORGANIC CHEMISTRY-II - SN1 REACTIONS

ORGANIC CHEMISTRY-II - SN1 REACTIONS ORGANIC CHEMISTRY-II - SN1 REACTIONS

November 20, 2020

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- FACTORS AFFECTING INNER SPHERE REACTIONS

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- FACTORS AFFECTING INNER SPHERE REACTIONS INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- FACTORS AFFECTING INNER SPHERE REACTIONS

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- FACTORS AFFECTING INNER SPHERE REACTIONS

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- ACID AND BASE HYDROLYSIS, REACTIONS WITHOUT METAL LIGAND BOND CLEAVAGE

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- ACID AND BASE HYDROLYSIS, REACTIONS WITHOUT METAL LIGAND BOND CLEAVAGE INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- ACID AND BASE HYDROLYSIS, REACTIONS WITHOUT METAL LIGAND BOND CLEAVAGE

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- KINETICS OF OCTAHEDRAL SUBSTITUTION

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- KINETICS OF OCTAHEDRAL SUBSTITUTION INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- KINETICS OF OCTAHEDRAL SUBSTITUTION

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY CURVE FITTING METHOD AND ELIMINATION METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY CURVE FITTING METHOD AND ELIMINATION METHOD INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY CURVE FITTING METHOD AND ELIMINATION METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY BJERRUM’S METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY BJERRUM’S METHOD INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY BJERRUM’S METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF CONSTANT BY JOB'S METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF CONSTANT BY JOB'S METHOD INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF CONSTANT BY JOB'S METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POTENTIOMETRIC TITRATIONS –II

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POTENTIOMETRIC TITRATIONS –II INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POTENTIOMETRIC TITRATIONS –II

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POTENTIOMETRIC TITRATIONS –I

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POTENTIOMETRIC TITRATIONS –I INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POTENTIOMETRIC TITRATIONS –I

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY CONDITIONAL CONSTANT

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY CONDITIONAL CONSTANT INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY CONDITIONAL CONSTANT

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY MOLE RATIO AND YATSIMIRSKII METHODS

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY MOLE RATIO AND YATSIMIRSKII METHODS INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY MOLE RATIO AND YATSIMIRSKII METHODS

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POLAROGRAPHIC METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POLAROGRAPHIC METHOD INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY POLAROGRAPHIC METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANTS BY ION EXCHANGE METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANTS BY ION EXCHANGE METHOD INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANTS BY ION EXCHANGE METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY SOLVENT EXTRACTION METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY SOLVENT EXTRACTION METHOD INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES) - DETERMINATION OF STABILITY CONSTANT BY SOLVENT EXTRACTION METHOD

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- DETERMINATION OF STABILITY CONSTANT BY POLAROGRAPHIC METHOD

*INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- FACTORS AFFECTING STABILITY OF COMPLEXES

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- WALSH DIAGRAMS (TRI- ATOMIC MOLECULES)

INORGANIC CHEMISTRY –I (STEREOCHEMISTRY, METAL-LIGAND EQUILIBRIA AND REACTION MECHANISM OF TRANSITION METAL COMPLEXES)- VALENCE-SHELL ELECTRON-PAIR REPULSION (VSEPR) THEORY

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- STEREOCHEMISTRY OF THE COMPOUNDSCONTAINING NITROGEN, SULPHUR AND PHOSPHORUS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- QUALITATIVE CORRELATION BETWEEN CONFORMATIONAND REACTIVITY

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- DYNAMIC STEREOCHEMISTRY

*ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CHIRALITY DUE TO HELICAL SHAPE, CRAM’S ANDPRELOG’S RULE

*ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- SPIRANES

November 19, 2020

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- ENANTIOTOPIC AND DIASTEREOTOPIC ATOMS , GROUPS AND FACES

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- OPTICAL PURITY

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CONFORMATIONAL ANALYSIS OF DECALINS, DECALONES ANDDECANOLS

ORGANIC CHEMISTRY- I (NATURE OF BONDING AND STEREOCHEMISTRY)- CONFORMATIONAL ANALYSIS OF CYCLOALKANES

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- INTRODUCTION TO EXTENDED HÜCKEL THEORY

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- INTRODUCTION TO EXTENDED HÜCKEL THEORY PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY)- INTRODUCTION TO EXTENDED HÜCKEL THEORY

November 18, 2020

PHYSICAL CHEMISTRY -I (QUANTUM CHEMISTRY) - INTRODUCTION TO QUANTUM CHEMISTRY

November 02, 2020

ENGLISH LITERATURE 1590-1798 - The Life and Career of Thomas Kyd

ENGLISH LITERATURE 1590-1798 - History and Literature of the Time

ENGLISH LITERATURE 1590-1798 - TRAGEDY

October 24, 2020

PROBLEM SOLVING THROUGH PROGRAMMING IN C - DYNAMIC ALLOCATION AND FILE

PROBLEM SOLVING THROUGH PROGRAMMING IN C - POINTER IN STRUCTURES

PROBLEM SOLVING THROUGH PROGRAMMING IN C - POINTER (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C – POINTER

PROBLEM SOLVING THROUGH PROGRAMMING IN C - STRUCTURE WITH TYPEDEF

PROBLEM SOLVING THROUGH PROGRAMMING IN C - STRUCTURE (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C – STRUCTURE

PROBLEM SOLVING THROUGH PROGRAMMING IN C – RECURSION (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - RECURSION

PROBLEM SOLVING THROUGH PROGRAMMING IN C - TRAPEZOIDAL RULE AND RUNGE-KUTTA METHOD

PROBLEM SOLVING THROUGH PROGRAMMING IN C – INTERPOLATION

PROBLEM SOLVING THROUGH PROGRAMMING IN C - BISECTION METHOD

PROBLEM SOLVING THROUGH PROGRAMMING IN C - DATA REPRESENTATION

PROBLEM SOLVING THROUGH PROGRAMMING IN C - ARRAYS AT STRINGS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - USE OF POINTER IN FUNCTION CONTEXT BUBBLE SORT

PROBLEM SOLVING THROUGH PROGRAMMING IN C - BUBBLE SORT (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - SORTING METHODS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - BINARY SEARCH (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - BINARY SEARCH

PROBLEM SOLVING THROUGH PROGRAMMING IN C - SEARCH AS A FUNCTION

PROBLEM SOLVING THROUGH PROGRAMMING IN C - SUBSTITUTION OF # INCLUDE AND MACRO

PROBLEM SOLVING THROUGH PROGRAMMING IN C - PARAMETER PASSING IN FUNCTION REVISION (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - PARAMETER PASSING IN FUNCTION REVISION

PROBLEM SOLVING THROUGH PROGRAMMING IN C - SCANF AND PRINTF FUNCTIONS; FUNCTION PROTOTYPE

PROBLEM SOLVING THROUGH PROGRAMMING IN C - FUNCTION (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - MORE ON FUNCTIONS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - CHARACTER ARRAY AND STRINGS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - INTRODUCING FUNCTIONS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - 2-D ARRAY OPERATION

PROBLEM SOLVING THROUGH PROGRAMMING IN C - STRING OPERATIONS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - LINEAR SEARCH

PROBLEM SOLVING THROUGH PROGRAMMING IN C - EXAMPLE OF LOOPS (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - PROGRAM USING ARRAYS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - ARRAY PROBLEM

PROBLEM SOLVING THROUGH PROGRAMMING IN C - ARRAYS (CONTD……1)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - ARRAYS (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - FOR STATEMENT (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - IMPLEMENTATION OF LOOPS WITH FOR STATEMENT (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - IMPLEMENTING REPETITIONS (LOOPS)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - SWITCH STATEMENT (CONTD.) AND INTRODUCTION TO LOOPS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - SWITCH STATEMENT

PROBLEM SOLVING THROUGH PROGRAMMING IN C - IF-ELSE STATEMENT (CONTD.)

PROBLEM SOLVING THROUGH PROGRAMMING IN C - INTRODUCTION TO ARRAYS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - EXAMPLE OF LOOPS (CONTD.), USE OF FOR LOOPS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - EXAMPLE OF LOOPS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - EXAMPLE OF IF-ELSE

PROBLEM SOLVING THROUGH PROGRAMMING IN C - BRANCHING IF - ELSE STATEMENT

PROBLEM SOLVING THROUGH PROGRAMMING IN C - USE OF LOGICAL OPERAOTRS IN BRANCHING

PROBLEM SOLVING THROUGH PROGRAMMING IN C - LOGICAL OPERATORS AND CHANGE IN CONTROL FLOW

PROBLEM SOLVING THROUGH PROGRAMMING IN C - ARITHMETIC EXPRESSIONS AND RELATIONAL EXPRESSIONS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - ASSIGNMENT STATEMENT AND OPERATORS IN C

PROBLEM SOLVING THROUGH PROGRAMMING IN C - ADDRESS AND CONTENT OF VARIABLES AND TYPES

PROBLEM SOLVING THROUGH PROGRAMMING IN C - INTRODUCING FUNCTIONS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - VARIABLES AND VARIABLE TYPES IN C

PROBLEM SOLVING THROUGH PROGRAMMING IN C - TYPES OF SOFTWARE AND COMPILERS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - VARIABLES AND MEMORY

PROBLEM SOLVING THROUGH PROGRAMMING IN C - INTRODUCTION TO PROGRAMMING LANGUAGE CONCEPTS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - FLOW CHART AND PSEUDOCODE

PROBLEM SOLVING THROUGH PROGRAMMING IN C – IDEA OF ALGORITHMS

PROBLEM SOLVING THROUGH PROGRAMMING IN C - INTRODUCTION

PROBLEM SOLVING THROUGH PROGRAMMING IN C - PROF A BASU

July 25, 2020

Premchand's Novels

Women Bhakti Poets : Mira bai

A View of Kabir

Black American Literature

Women Writers of America

Gulliver's Travels - II

Gulliver's Travels - I

July 15, 2020

Effective English Speaking - Sumita Roy

2 Hours of English Conversation Practice - Improve Speaking Skills

Prof. Tony Lynch - The Importance of Listening to International Students

English conversation Lesson - 1st Day at the University ( Speaking about University life)

Speak English Fluently - 5 Steps to Improve Your English Fluency

Stop Using These Words in Daily English Conversation | Use Alternate English Words | ChetChat

A Student said Sadhguru's analogy stupid. Sadhguru shuts him up || See What Happened Next.........

Top Smartest People Ever

Harvard ENGL E-129 - Lecture 1: Introduction

Best Bookshops in London

READING FOR 24 HOURS STRAIGHT

Some Thoughts on The Catcher in the Rye

The First Sentence Challenge!

10 Scientifically Impossible Places That Actually Exist

15 Most Dangerous Places on Earth

Top Strongest Acids Ever

5 of the World's Most Dangerous Chemicals

COVID-19 Animation: What Happens If You Get Coronavirus?

Recognizing Day to Day Signs and Symptoms of Coronavirus

Why Does COVID-19 Have So Many Symptoms?

What Does an Asymptomatic COVID-19 Infection Look Like?

July 11, 2020

Will Self-Taught, A.I. Powered Robots Be the End of Us?

Quantum Reality: Space, Time, and Entanglement

The Absurdity of Detecting Gravitational Waves

Can You Solve This?

The Most Radioactive Places on Earth

I Waterproofed Myself With Aerogel!

World's Roundest Object!

Why Are 96,000,000 Black Balls on This Reservoir?

The Bizarre Behavior of Rotating Bodies, Explained

1177 BC: The Year Civilization Collapsed (Eric Cline, PhD)

Greek Mythology 3500 BC to AD 2014

Botticelli - The Birth of Venus

Professor Alice Roberts - Origins of Us: Human Anatomy and Evolution

June 30, 2020

GARDEN SNAKE BY MURIEL L. SONNE

Have you ever seen a snake fighting a mongoose, or getting into a hole, or swimming in the river? Everyone, almost everyone, believes that snakes are dangerous. Some are, most are not. Read this poem on a harmless garden snake.

I saw a snake and ran away...

Some snakes are dangerous, they say;

But mother says that kind is good,

And eats up insects for his food.

So when he wiggles in the grass

I’ll stand aside and watch him pass,

And tell myself, “There’s no mistake,

It’s just a harmless garden snake!”

MEADOW SURPRISES BY LOIS BRANDT PHILLIPS

Walk across a green field, a park or even under a clump of trees, and you will notice many wonderful things. What are some of the surprises a meadow has for someone with a keen eye and a sharp ear?

Meadows have surprises,

You can find them if you look;

Walk softly through the velvet grass,

And listen by the brook.

You may see a butterfly

Rest upon a buttercup

And unfold its drinking straws

To sip the nectar up.

You may scare a rabbit

Who is sitting very still;

Though at first you may not see him,

When he hops you will.

A dandelion whose fuzzy head

Was golden days ago

Has turned to airy parachutes

That flutter when you blow.

Explore the meadow houses,

The burrows in the ground,

A nest beneath tall grasses,

The ant’s amazing mound.

Oh! Meadows have surprises

And many things to tell;

You may discover these yourself, If you look and listen well.

DAD AND THE CAT AND THE TREE BY KIT WRIGHT

Have you ever seen a cat climbing a tree? Sometimes a cat may climb too high and get stuck in the tree. The poor thing can’t come down without help. How would you help it? Surely, not like Dad in the poem. Is Dad a good climber? What were his plans? Read the poem to find out.

This morning a cat got

Stuck in our tree.

Dad said, “Right, just

Leave it to me.”

The tree was wobbly,

The tree was tall.

Mum said, “For goodness’

Sake don’t fall!”

“Fall?” scoffed Dad,

“A climber like me?

Child’s play, this is!

You wait and see.”

He got out the ladder

From the garden shed.

It slipped. He landed

In the flower bed.

“Never mind,” said Dad,

Brushing the dirt

Off his hair and his face

And his trousers and his shirt,

“We’ll try Plan B. Stand

Out of the way!”

Mum said, “Don’t fall

Again, O.K.?”

“Fall again?” said Dad.

“Funny joke!”

Then he swung himself up

On a branch. It broke.

Dad landed wallop

Back on the deck.

Mum said, “Stop it,

You’ll break your neck!”

“Rubbish!” said Dad.

“Now we’ll try Plan C.

Easy as winking

To a climber like me!”

Then he climbed up high

On the garden wall.

Guess what?

He didn’t fall!

He gave a great leap

And he landed flat

In the crook of the tree-trunk —

Right on the cat!

The cat gave a yell

And sprang to the ground,

Pleased as Punch to be

Safe and sound.

So it’s smiling and smirking,

Smug as can be,

But poor old Dad’s

Still

Stuck

The

Tree!

MYSTERY OF THE TALKING FAN BY MAUDE RUBIN

Is there a ceiling fan in the room where you are sitting now? Is the fan quiet or noisy? If it is noisy, you may be sure it is a distant relative of the ‘talking fan’ in the poem which you are going to read.

Once there was a talking fan -

Electrical his chatter.

I couldn’t quite hear what he said

And I hope it doesn’t matter

Because one day somebody oiled

His little whirling motor

And all the mystery was spoiled -

He ran as still as water.

TREES BY SHIRLEY BAUER

TREES BY SHIRLEY BAUER

Take a few minutes to tell one another the names of trees that you know or have heard of. Mention the things trees give us.
Then read this poem about trees.....

Trees are for birds.

Trees are for children.

Trees are to make tree houses in.

Trees are to swing swings on.

Trees are for the wind to blow through.

Trees are to hide behind in ‘Hide and Seek.’

Trees are to have tea parties under.

Trees are for kites to get caught in.

Trees are to make cool shade in summer.

Trees are to make no shade in winter.

Trees are for apples to grow on, and pears;

Trees are to chop down and call, “TIMBER-R-R!”

Trees make mothers say,

“What a lovely picture to paint!”

Trees make fathers say,

“What a lot of leaves to rake this fall!”

June 29, 2020

CHIVVY BY MICHAEL ROSEN

CHIVVY BY MICHAEL ROSEN

Grown-ups say things like:

Speak up

Don’t talk with your mouth full

Don’t stare

Don’t point

Don’t pick your nose

Sit up

Say please

Less noise

Shut the door behind you

Don’t drag your feet

Haven’t you got a hankie ?

Take your hands out of

your pockets

Pull your socks up

Stand up straight

Say thank you

Don’t interrupt

No one thinks you’re funny

Take your elbows off the table

Can’t you make your own

mind up about anything ?

June 28, 2020

THE SQUIRREL BY MILDRED BOWERS ARMSTRONG

You may have seen a squirrel sitting on the ground eating a nut. What did it look like? Here is a poet’s description of just such a squirrel.

He wore a question mark for tail,

An overcoat of gray,

He sat up straight to eat a nut.

He liked to tease and play,

And if we ran around his tree,

He went the other way.

THE SHED BY FRANK FLYNN

THE SHED BY FRANK FLYNN

Do you know what a shed is? A cow shed, a tool shed, a wood shed, for example. It’s a small room, away from the main house, for storing or keeping things, animals, tools, vehicles, etc. Ask your partner if she/he has ever seen a shed. Let her/ him describe it to the class.

Now read the poem………

There’s a shed at the bottom of our garden

With a spider’s web hanging across the door,

The hinges are rusty and creak in the wind.

When I’m in bed I lie and I listen,

I’ll open that door one day.

There’s a dusty old window around at the side

With three cracked panes of glass,

I often think there’s someone staring at me

Each time that I pass,

I’ll peep through that window one day.

My brother says there’s a ghost in the shed

Who hides under the rotten floorboards,

And if I ever dare to set foot inside

He’ll jump out and chop off my head,

But I’ll take a peek one day.

I know that there isn’t really a ghost,

My brother tells lies to keep the shed for his den;

There isn’t anyone staring or making strange noises

And the spider has been gone from his web

since I don’t know when,

I’ll go into that shed one day soon, But not just yet......

THE REBEL BY D. J. ENRIGHT

Do you know anyone who always disagrees with you or your friends, or likes to do the opposite of what everyone thinks they should do? Think of a word to describe such a person. Discuss with your partner some of the things such a person generally does.

Now read the poem…….

When everybody has short hair,

The rebel lets his hair grow long.

When everybody has long hair,

The rebel cuts his hair short.

When everybody talks during the lesson,

The rebel doesn’t say a word.

When nobody talks during the lesson,

The rebel creates a disturbance.

When everybody wears a uniform,

The rebel dresses in fantastic clothes.

When everybody wears fantastic clothes,

The rebel dresses soberly.

In the company of dog lovers,

The rebel expresses a preference for cats.

In the company of cat lovers,

The rebel puts in a good word for dogs.

When everybody is praising the sun,

The rebel remarks on the need for rain.

When everybody is greeting the rain,

The rebel regrets the absence of sun.

When everybody goes to the meeting,

The rebel stays at home and reads a book.

When everybody stays at home and reads a book,

The rebel goes to the meeting.

When everybody says, Yes please,

The rebel says, No thank you.

When everybody says, No thank you,

The rebel says, yes please.

It is very good that we have rebels.

You may not find it very good to be one.

O my Luve is like the melody

That’s sweetly played in tune.

So fair art thou, my bonnie lass,

So deep in luve am I;

And I will luve thee still, my dear,

Till a’ the seas gang dry.

Till a’ the seas gang dry, my dear,

And the rocks melt wi’ the sun;

I will love thee still, my dear,

While the sands o’ life shall run.

And fare thee weel, my only luve!

And fare thee weel awhile!

And I will come again, my luve,

Though it were ten thousand mile.

O CAPTAIN! MY CAPTAIN! BY WALT WHITMAN

O Captain! my Captain! our fearful trip is done,

The ship has weather’d every rack, the prize we sought is won,

The port is near, the bells I hear, the people all exulting,

While follow eyes the steady keel, the vessel grim and daring;

But O heart! heart! heart!

O the bleeding drops of red,

Where on the deck my Captain lies,

Fallen cold and dead.

O Captain! my Captain! rise up and hear the bells;

Rise up—for you the flag is flung—for you the bugle trills,

For you bouquets and ribbon’d wreaths—for you the shores a-crowding,

For you they call, the swaying mass, their eager faces turning;

Here Captain! dear father!

This arm beneath your head!

It is some dream that on the deck,

You’ve fallen cold and dead.

My Captain does not answer, his lips are pale and still,

My father does not feel my arm, he has no pulse nor will,

The ship is anchor’d safe and sound, its voyage closed and done,

From fearful trip the victor ship comes in with object won;

Exult O shores, and ring O bells!

But I with mournful tread,

Walk the deck my Captain lies,

Fallen cold and dead.

THE SPRING BY ROBERT LOUIS STEVENSON

The air was full of sun and birds,

The fresh air sparkled clearly.

Remembrance wakened in my heart

And I knew I loved her dearly.

The fallows and the leafless trees

And all my spirit tingled.

My earliest thought of love, and Spring's

First puff of perfume mingled.

In my still heart the thoughts awoke,

Came lone by lone together -

Say, birds and Sun and Spring, is Love

A mere affair of weather?

A WORD TO HUSBANDS BY OGDEN NASH

To keep your marriage brimming

With love in the loving cup,

Whenever you're wrong, admit it;

Whenever you're right, shut up.

https://youtu.be/QYwEQPsNyHY?list=PLoLeXmrm9fldOqju8e8Pf1OStw1555zP8

ALL THE WORLD'S A STAGE BY SHAKESPEARE

All the world’s a stage,

And all the men and women merely players;

They have their exits and their entrances;

And one man in his time plays many parts,

His acts being seven ages. At first the infant,

Mewling and puking in the nurse’s arms;

And then the whining school-boy, with his satchel

And shining morning face, creeping like snail

Unwillingly to school. And then the lover,

Sighing like furnace, with a woeful ballad

Made to his mistress’ eyebrow. Then a soldier,

Full of strange oaths, and bearded like the pard,

Jealous in honour, sudden and quick in quarrel,

Seeking the bubble reputation

Even in the cannon’s mouth. And then the justice,

In fair round belly with good capon lin’d,

With eyes severe and beard of formal cut,

Full of wise saws and modern instances;

And so he plays his part. The sixth age shifts

Into the lean and slipper’d pantaloon,

With spectacles on nose and pouch on side;

His youthful hose, well sav’d, a world too wide

For his shrunk shank; and his big manly voice,

Turning again toward childish treble, pipes

And whistles in his sound. Last scene of all,

That ends this strange eventful history,

Is second childishness and mere oblivion;

Sans teeth, sans eyes, sans taste, sans everything.

NARU

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