A wonderful place in Pudukkottai district of Tamilnadu, India. “It's no trick loving somebody at their best. Love is, loving them at their worst.” ― Tom Stoppard
Wednesday, October 28, 2015
Wednesday, October 14, 2015
Wednesday, September 16, 2015
Monday, July 27, 2015
Express but ordinary
Injustice Bus Fare
There are about 12 bus routes from Ponnamaravathi to
Madurai. The running time for almost all the buses is about 2 hours. This includes one express bus from the
government of Tamilnadu which charges Rs.40/-. Other buses charge Rs.32/-. One government
run bus charges Rs.30/-. It is not justified that a slow running bus, declaring
itself as an express. Where is Rs.30/- and where is Rs.40/- for the same
running time. Moreover, the private buses that charge Rs.32/- provide luxury
with audio visual entertainments for the passengers. Private buses are clean
and run smooth whereas government buses vibrate.
Wednesday, June 10, 2015
The Romantic Age
The
Romantic Age
1798
– 1832
I.
“Romance” and “Romanticism”
II.
Historical and political background
a.
American Revolution
b.
French Revolution
i.
Reign of Terror
ii.
Napoleon
c.
Industrial Revolution
i.
“Two Nations:
ii.
“Laissez –
faire”
III.
The five major poets
a.
Wordsworth
b.
Coleridge
c.
Byron
d.
Shelley
e.
Keats
IV.
Poetic theory and poetic practice
a.
Spontaneity
b.
Nature poetry
c.
The commonplace
d.
The supernatural
e.
Individualism, infinite striving, and nonconformity
V.
The familiar essay, drama, and the novel
Restoration
decorum
level
of diction
conservative
respect
for order
|
|
|
|
|
|
Romanticism
enthusiasm
revolution
x3
language
of the common man
democrative
sympathies
Epic
Tragedy
Comedy
Satire
Pastoral
Lyric
The
Romantic Period
1798
– 1832
Introduction
Following the
common usage of historians of English literature, we shall denote by the
Romantic Period the span between the year 1798, in which William Wordsworth and
Samuel Taylor Coleridge published their Lyrical
Ballads, and in 1832, when Sir Walter Scott died, and when the passage of
the first Reform bill set in motion the Victorian era of cautious readjustment
of political power to the economic and social realities of a new industrial
age.
Before we look at the main features
of this period, we need to thing about the words Romantic and Romanticism. The
names we apply to broad periods of literary and cultural history can often be
misleading, and this is especially true of the “Romantic” Age and
“Romanticism.” The word romance (French roman)
was a broad term in origin and was applied indiscriminately to any long
narrative in French verse – for example, the Roman du Rou, a chronicle of Normandy; the Roman de la Rose, an allegory of aristocratic courtship; the Roman d’Alexandre, the history of
Alexander the Great. By the end of the Middle Ages, however, the word roman, or romance, had become restricted to something like its modern
meaning: a tale of knightly prowess, usually set in remote times or places and
involving elements of the fantastic or supernatural.
Therefore,
the word romance originally referred
to the highly imaginative medieval tales of knightly adventure written in the
French derivative of the original Roman (or
romance) language, Latin. (That these
tales often involved amorous encounters between a knight and his lady is partly
responsible for the modern meanings of romance
and romantic.) When we speak of the
Romantic Period, we are using the word romantic
in this older sense. We are referring indirectly to an interest in the
charming, magical world of medieval “romance,” and more generally to the rich
imaginative activity displayed in that world, which is deeply characteristic of
the late eighteenth and early nineteenth-century writers. To avoid confusion,
we should remember that “romance” as “freely imaginative perfection-seeking fiction,”
not “romance” as “love between men and women,” is the true basis for the terms
“Romantic Age” and “Romanticism.”
II.
Historical and Political Background
The
eighteenth century was a time of great prosperity and confidence for the upper
and middle class in England, but toward the end of the century two major
political revolutions disturbed the established sense of security and
well-being in the country. Although both revolutions occurred outside England,
they nevertheless affected the late eighteenth and early nineteenth-century
thinking.
First,
there was the revolt of the English colonies in America against the uncaring
and unjust economic policies of the mother country under the blundering
leadership of George III. The victory of the American movement for independence
was certainly a blow to English confidence, but practically and philosophically
it was less threatening than the second revolution, which took place in France
in 1789.
Unlike
the American Revolution, which was merely a rejection of authority and control
by a distant and unorganized group of colonies, the French Revolution was a
complete overthrow of the government of a great European power from within.
This seeming change in the balance of power sparked the feeling in English
liberal and radicals that, in the spirit of the Declaration of the Rights of
Man and the storming of the Bastille to liberate political prisoners, England
was now primed for a triumph of popular democracy. (Historical accounts suggest
that the Bastille liberation was more symbolic than actual.)
Later,
however, English sympathizers dropped off as the revolution followed its
increasingly grim and violent course. When revolutionary extremists gained
control of the government in 1792, they executed hundreds of imprisoned nobility
in what became known as the September Massacres. The year 1793 saw the
execution of King Louis XVI and the establishment under Robespierre of the
Reign of Terror, during which thousands of those associated with the old regime
were guillotined. Most disturbing of all to the English mind was, perhaps, the
invasion of the Rhineland and the Netherlands by the army of the French
Republic, and the French offer of armed resistance to all countries desiring to
overthrow their present governments. This threat of internal rebellion spurred the
existing conservative parliament into war against France, which after savage
reprisals against those who had held power during the Reign of Terror, produced
Napoleon as dictator and eventually as emperor of France. Once a champion of
the Revolution, Napoleon became a tyrannical despot who strove to conquer
Europe and establish a hew dynasty.
The
reaction of the supporters of the Revolution was on of disillusionment and
hopelessness in France as well as England. In England, the government and
ruling classes, in reaction to the fear that the early democratic principles of
the revolution might spread to their own country, introduced severe measures.
Public meetings were prohibited, habeas corpus was suspended for the first time
in over a hundred years, and advocated of even modest political change were
charged with high treason. The disillusionment of the liberal and democratic
thinkers seemed to reach its deepest when Napoleon, still regarded by some as a
song of the Revolution, was defeated by British forces as Waterloo in 1815.
This defeat by on despotic power over another, rather than showing democratic
progress and reform, seemed to have consolidated the power of the wealthy and
reactionary ruling classes.
Though
less sudden and obvious in its consequences that the political revolutions in
America and France, the Industrial Revolution was ultimately more important in
transforming European society, and its own way more violent in its impact of
human life.
This
was a turbulent period, during which England experienced the ordeal of change
from a primarily agricultural society, where wealth and power had been
concentrated in the landholding aristocracy, to a modernized industrial nation,
in which the balance of economic power shifted to large scale employers, who
found themselves ranged against an immensely enlarging and increasingly
resistive working class. The result of this industrialization of Britain’s
cities was to depopulate the countryside by forcing workers to seek employment
in the various city mills. Working and living conditions in these cities were
terrible; women and children as well as men labored for long hours under
intolerable conditions. More than ever before the population was becoming
increasingly polarized into what Prime Minister Disraeli called the “Two
nations”- the two classes of capitol and labor, the large owner or trader, and
the possessionless wageworker, the rich and the poor.
No
attempt was made to regulate the shift from the old economic world to the new
because of the pervasive social philosophy of laissez- faire. This theory of “let alone” allowed corrupt, or at
least insensitive, employers to abuse their employee’s rights without
government interference. Subsequent reports done on the conditions of the
mining industry where five to ten years old children were forced to pull carts
on their hands and knees read like passengers from Dante’s Inferno.
In
summary, the Romantic Age was a time of vast and largely unguided political and
economic change. Most of the writers of this period were deeply affected by the
promise of subsequent disappointment of the French revolution, and by the
contorting effects of the Industrial revolution. In many ways, both direct and
indirect, we can see the historical issues we have just been surveying
reflected in the main literary concerns of romantic writers.
Much
as the French Revolution signaled an attempt to break with the old order and to
establish a new and revitalized social system, romanticism sought to free
itself from the rules and standards of eighteenth-century literature and to
open up new areas of vision and expression. The democratic and insistence on
the rights of the individual, which characterized the early states of the
French revolution, have their parallel in the Romantic writer’s interest in the
language and experience of the common people, and in the belief that writers
and artists must be free to explore their own imaginative worlds. The main
consequences of the industrial revolution – the urbanization of English life
and landscape, and the exploitation of the working class – underline the
Romantic writer’s love of the unspoiled natural world or remote settings devoid
of urban complexity, and his passionate concern for the downtrodden and
oppressed.
III.
The Five
Major Poets of the Romantic Age
William Wordsworth (1770 - 1850)
Although
Wordsworth is the least colorful of the major Romantic poets, he is recognized
by many as the greatest. Wordsworth’s reputation is based on his collaborative
efforts in Lyrical Ballads and his
autobiographical masterpiece the Prelude,
the greatest and most original long poem since Milton’s Paradise Lost. Wordsworth is remembered
as the poet of the remembrance of things past, or as he himself put it, “of
emotion recollected in tranquility.” Where an object or event in the present
triggers a sudden renewal of feelings he has experienced in youth; the result
is poetry that exhibits a discrepancy between who he is aat the present and who
he once was.
Samuel Taylor Coleridge (1772 - 1834)
Coleridge,
Wordsworth’s co-collaborator on Lyrical
Ballads, is most famous for his mysterious and demonic poetry, including The Rime of the Ancient Mariner, Kubla Khan,
and Christabel. Coleridge was regarded by his friends as one of the
greatest intellectual minds of the day; albeit, a mind that should have
produced more, and one that suffered the dehabilitating effects of opium
addiction.
George Gordon, Lord Byron (1788 - 1824)
Byron
cuts one of the most fascinating personalities of the Romantic Age. He Achieved
great fame during his lifetime and was rated as one of the greatest poets
through the nineteenth century, but is now viewed as the least consequential of
the major Romantic poets. Interestingly, none of the major poets, bar Shelley,
thought highly of Byron or his work; while Byron spoke slightingly of all the
major poets except Shelley. Byron felt that all his contemporaries were focused
on the wrong subject matter he chose the favorite of the neoclassicists, satire
against modern civilization, in his masterpiece Don Juan. Byron’s chief
claim to be considered an arch-Romantic is with the personage of the “Byronic
hero.” This persistent character is that of a moody, passionate, remorse-torn,
but unrepentant wanderer; in essence, a reflection of himself. The literary
descendants of this Byronic hero are Heathcliff in Wuthering Heights, Rochester in
Jane Eyre, and Captain Ahab in Moby
Dick. Byron died at the age of thirty-six in Greece, where he is regarded
today as a national hero for his efforts in training Greek soldiers during the
Greek/Turkish wars.
Percy
Bysshe Shelley (1792 - 1822)
Shelley’s
writing is the most passionate and intense of all the romantics. Eccentric in
manners and in religious and political beliefs, “mad Shelley” was expelled from
Oxford for the publication of an article called The Necessity of Atheism. Like Byron, Shelley felt himself to be an
alien and outcast from his own country and society; subsequently, Shelley lived
out the latter years of his life in Italy. Shelley’s greatness as a poet is
seen in hi philosophical masterpiece Prometheus
Unbound, and for his great “Ode to the West Wind,” among others. Shelley,
like Byron and Keats, died at a young age. Only twenty-nine, Shelley was killed
in a boating accident in 1822. Shelley’s body was thereby cremated by a group
of friends, including Byron, and his ashes buried in the Protestant cemetery in
Rome.
Mary
Shelley (wife) – Frankenstein; daughter
of Mary Wollstonecraft- A Vindication of
the Rights of Women
John
Keats (1795-1821)
The
brevity and intensity of Keats’ career are unmatched in English poetry. At the
age of twenty-three, Keats had achieved the culmination of his brief career.
Within five years of first trying his hand at poetry, Keats had written The Eve of St. Agnes, La Belle Dame sans
Merci, Lamia, all of the “great odes,” as a sufficient number of the
sonnets to make him, like Wordsworth, a major Romantic craftsman in that form.
To
put Keats’s potential in comparison, it should be remembered that Wordsworth
did not start writing in earnest until he was twenty-seven, and on his death at
the age of twenty-five, Keats’ achievements greatly exceeded that of Chaucer,
Shakespeare, or Milton.
IV.
Poetic
Theory and Poetic Practice
Although no
writer during William Wordsworth’s time considered himself a “Romantic,” a word
not applied until half a century later by English historians, many of then did
feel there was a pervasive intellectual and imaginative climate, which some of
them called “the spirit of the age.” The Revolution left the feeling that this
was a great age of new beginnings when, by discarding inherited procedures and
outworn customs, everything was possible, not only in the political and social
realm but in intellectual and literary enterprises as well. Remember, the major
writers of the day including Robert Burns, William Blake, Wordsworth, and
Coleridge were all fervent supporters of the early Revolution. Even after its
collapse, writers such as Shelley and Byron felt when purged of its errors, the
Revolution’s example still comprised humanity’s best hope.
As
was mentioned, the Romantic Age in England began with perhaps the greatest act
of collaboration in all of English Literature; the publishing of William
Wordsworth and Samuel Taylor Coleridge’s Lyrical
Ballads. In excited daily communions these two men set out to revolutionize
the theory and practice of poetry. Wordsworth undertook to justify the new
poetry in the Preface to Lyrical Ballads.
In it he set himself in opposition to the literary ancien regime, those writers of the preceding century – Dryden,
Pope, and Johnson- who, in this view, had imposed on poetry artificial
conventions that distorted its free and natural development. Although Coleridge
did not agree wholeheartedly with all of Wordsworth’s assumptions, he did see
the necessity of overturning the reigning tradition. This preface, therefore,
deserves its reputation as a turning point in English literature, for
Wordsworth gathered up isolated ideas, organized them into a coherent theory
based on explicit critical principles, and made them the rationale for his own
massive achievements as a poet.
a.
Spontaneity
Wordsworth
described all good poetry as, at the moment of composition, “the spontaneous
overflow of powerful feelings.” Although there existed varied theories of what
Romantic poetry was, all concurred on the crucial point that it was the mind,
emotions and the imagination of the poet that were the defining attributes of a
poem. The emphasis in this period on the free activity of the imagination is
related to an insistence on the essential role of instinct, intuition and the
feelings of “the heart” to supplement the judgments of the purely logical
faculty, “the head,” whether in the province of artistic beauty, philosophical
or religious truth, or moral goodness.
b. Nature Poetry
Because of the prominence of
landscape in this period, ‘Romantic poetry” has to the popular mind almost
become synonymous with “nature poetry.” Romantic “nature poems” are in fact
meditative poems, in which the presented scene usually serves to raise an
emotional problem or personal crisis whose development and resolution
constitutes the organizing principle of the poem. Restate: Nature causes the
poet to meditate over a problem and resolve it.
c. The Commonplace
Another characteristic of
Romantic poetry was the glorification of the common man and rustic life; or
according to Wordsworth, “to choose incidents and situations from common life”
and to use a “selection of language really spoken by men,” for which the model
is “humble and rustic life.” Byron maintained allegiance to both aristocratic
proprieties and traditional poetic decorum: “Peddlers,” and “Boats,” and
“Wagers’! Oh! ye shades Of Pope and Dryden, are we come to this?
d. The Supernatural
Also characteristic of this poetry
was an interest in the realm of mystery and magic, in which materials from
ancient folklore, superstition, and demonology are employed in the distant past
or far away locations. Coleridge’s The
Rime of the Ancient Mariner and Kubla
Khan, and Keats’ La Belle Dan sans
Merci fit this character.
e. Individualism, Infinite Striving, and
Nonconformity
Through the greater part of the
eighteenth century, men and women had for the most part been viewed as limited
beings in a strictly ordered and unchanging world. The opposite was true in the
Romantic period, where a higher estimate was put in human powers. Now a radical
individualism surfaced that argued that the human being should refuse to submit
to limitations and pursue infinite and inaccessible goals. For example,
Goethe’s Faust, unlike Marlowe’s Faustus, wins salvation through his
persistent striving for more. Also apparent in Romantic poetry is the isolation
of the individual, (contrast views of the Restoration). Many of the poets of the day employed a protagonist
with an individual vision that was achieved outside of an ordered society.
Finally, the theme of exile, of the disinherited mind that cannot find a
spiritual home in its native land or society is introduced. This solitary
Romantic nonconformist was sometimes also a great sinner, therefore the
fascination with Cain, Satan, and Faust—or in Coleridge’s case, his outcast Mariner.
V.
The Familiar Essay, Drama, and the Novel
The
“familiar essay” – a commentary on a non-technical subject written in a relaxed
and impersonal manner – flourished in a fashion that paralleled the Romantic
poetry. Essayists such as Charles Lamb, William Hazlitt, and Thomas De Quincey
wrote autobiographical, personal essays that sympathized with the lower classes
and employed a style that broke free from their neoclassical predecessors.
Because
of rigid moral and political censorship the drama was virtually non-existent
during the Romantic period.
Two
new types of fiction were prominent in the late eighteenth century; the Gothic
novel and the novel of purpose. The term “Gothic” derives from the frequent
setting of these tales in a gloomy castle in the Middle ages, but has been
extended to include a lager group of novels that include stories of decaying
mansions with dark dungeons, secret passages, and stealthy ghosts; chilling
supernatural phenomena; and, often, persecution of a beautiful maiden by an
obsessed and haggard villain.
The
second fictional mode popular at the turn of the century was the novel of
purpose that was written to give light to new social and political theories
current in the period of the French Revolution.
The
Romantic period produced two major novelists, Jane Austen and Sir Walter Scott.
Austen is one of England’s greatest novelists. She wrote Sense and Sensibility
and Northanger Abbey, two novels that poked fun at popular Gothic tales. She
also wrote Pride and Prejudice and Emma – novels that dealt with various
heroines and their capacity to demonstrate grace under social and financial
pressure.
Sir Walter
Scott, a contemporary of Austen who admired her work greatly, wrote in fiction
that was an extreme from hers. He wrote his fiction in the rich and lively
realm of history with characters that represented the middle and lower classes.
Scott’s most famous works include Rob
Roy, The Heart of Midlothian, and, Ivanhoe.
With the death
of Sir Walter Scott in 1832, and the passage of the First Reform Bill in that
same year followed by Queen Victoria’s accession to the throne in 1837, England
entered a new phase in its cultural and literary history. The Romantic concern
with the dignity, freedom, and creative potential of the human mind in a world
that was becoming increasingly complicated, an alien, continued to be a major
concern of Victorian writers – the next era of British literature.
Monday, April 6, 2015
Konnaiyur Temple
Arulmigu Shree Muthumariamman Temple
Long long ago, Konnaiyur was dense with golden shower
cassia trees. These trees are called kondrai trees in Tamil. The botanical name
is Cassia Fistula. People were suffering from a strange disease. They could not
cultivate anything. Rain failed. There was a scarcity of water.
A festival called Panguni Utsav or panguni urchavan, is
being celebrated grand in this temple. Devotees from in and around Konnaiyur
show much involvement and celebrate this festival. The old name Kondraiyur
became Konnaiyur now. Other name is Koppanapatti.
Address:
Arulmigu Muthumariamman Temple,
Konnaiyur,
Puthukottai District,
Pincode: 622401.
Phone - 04333-262214
Konnaiyur is about 40 km from Pudukkottai, between
Pudukkottai and Ponnamaravathi. It is 3 km from ponnamaravathi.
POOJAI
|
TIME
|
Ukshakala
Pooja
|
7.00am
|
Kala
santhi Pooja
|
9.00am
|
Sayaratchai
Pooja
|
5.30pm
|
Irandam
Kala Pooja
|
7.00pm
|
Temple Opening Time
Morning 7.00 am To 10.00 am
Evening 4.30 pm TO 7.30 pm
Pooja
|
Fees
in rupees
|
Archanai
|
4
|
Abishegam
|
4
|
Maavilakku
|
2
|
Mudi
Kanikkai
|
10
|
Mathalai
Patham
|
3
|
Karumbu
Thotti
|
10
|
Sagashara
Namam
|
10
|
Angi
Sathuthal
|
10
|
Santhana
Kapu
|
10
|
Agni
Balkavadi
|
5
|
Thanner
Kudam
|
1
|
Pillai
Koduthu Vanguthal
|
10
|
Festivals
|
Month
|
Aadi
Amavasya
|
July -
August
|
Panguni
utsav
|
March -
April
|
Tamil
New year
|
April
|
Saturday, February 14, 2015
Theft of Energy and Misuse of Electricity
Inspector General of Police/ Vigilance has
announced in TANGEDCO website the following:
1. Any person indulging in Theft of energy/Misuse of
Electricity (using electricity for purposes other than the authorized purpose)
is liable to be penalised / imprisoned and the Service Connection will be
disconnected.
2. If a consumer/enjoyer indulges in damaging the
meter/metering equipment, tamper the seals, use Bogus seals, By-passing the
meter etc., the service connection will be disconnected and such acts will lead
to penalty and or imprisonment.
3. Service connections extended for domestic purposes are to
be used in the authorized domestic premises only. The service connection should
not be extended to nearby houses/Commercial purposes, Industrial purposes,
Construction purposes, Sale of water etc., If found used for these purposes,
penalty/ imprisonment are liable to be imposed.
4. Agricultural service connections should be used for
Agricultural purposes only. Usage of Agricultural service connection for
Commercial purpose, construction purpose, sale of water, Brick manufacturing,
domestic purpose etc., will lead to penalty and or imprisonment.
5. Electricity extended for purposes other than the
authorized one will be treated as theft of energy for which penalty and
imprisonment will be imposed.
6. For construction purposes, separate service connection
under commercial /temporary supply tariff should be obtained.
7. Free Electricity extended for huts should be extended for
1 No. lamp 40 watts and one number free Television set 70 watts only within the
hut. Usage of additional loads will lead to disconnection,
penalty/imprisonment.
8. Consumer, should not reconnect their service connections
which was disconnected due to non-payment of Current consumption charges etc., if
found reconnected, the consumers are liable to be penalized and or imprisoned.
9. The informants those who give information regarding theft
of energy will be rewarded suitably and the identity of the informant will be
maintained secretly.
10. The consumers are requested to extend their co-operation
to the officials of TANGEDCO to discharge their duties and to follow the
guidelines regarding energy conservation issued by the TANGEDCO then and there.
For further details, please visit www.tangedco.gov.in
Saturday, February 7, 2015
Body Facts
Bones: The largest bones is the femur, or thigh bone
which is 20 inches in a six-foot tall man. The smallest bone is the stirrup in
the ear, which is one-tenth of an inch. Each had has 27 bones: eight in the
wrist, five in the palm, and 14 in the fingers. A newborn baby has 300 bones,
some of which fuse to form in the adult.
Blood: In a child, there are 60,000 miles of blood
vessels. An adult has 100,000 miles of blood vessels. The blood circulates
through the body 1,000 times a day.
Brain: A newborn baby has a brain that weights
three ounces. The average brain of an adult weighs three pounds. The brains is
the "mission control center" of the body, sending our messages at a
rate of 240 miles per hour. The left side of the brain controls the right side
of the body and the right side of the brain controls the left side of the body.
Cells: The cells are the body's building blocks.
There are about 26 billion cells in an adult.
Eyes: Each eye weighs 1 ¼ ounces. The eyes are
constantly in motion, even during sleep. Tears keep the eyes warm and are
continually secreted through 12 ducts in the eye. Tears are normally secreted
through two canals near the inner corner of the eyes.
Fluid: The body is two-thirds water. Blood is 83%
water, muscles are 75% water, the brain 74% water, and the bones contain 22%
water. In a single day, three pints of saliva are produced in the mouth.
Hair: Kids have about 75,000 hairs on their
heads, which grow about 1/100 of an inch daily. Hairs of different colors grow
at different rates. Dark hair grows faster than light-colored hair. No one
known why. Each hair on the scalp grows about five inches a year. Eyelashes
keep dust out of the eyes. An eyelash lives about 150 days before it falls out
and is replaced.
Muscles: There
are over 650 muscles in the body, form the tiny ones that move the legs. The
strongest muscle is the master muscle of the jaw. It takes at least 14
muscles to smile. The smallest in the body is located in the middle ear.
Fingers have no muscles.
Nails: Nails are made up of hardened skin called keratin.
Nails protect the ends of the fingers and toes. The half-moon at the root of
the nail is called the lunula. Nails grow faster in summer than in winter.
Fingernails grow four times faster than toenails. Right - handed people's nails
grow faster in their right hands. Left-handed people's nails grow faster on
their left hand.
Nose: More than 2,500 gallons of air flow through
the average adult's nose in a day. The nose can recognize up to 1,000 different
smells. The nose is the air conditioning unit of the body. It cools or warms
incoming air. It also filters the dirt and dust in the air.
Skin: The human body has six pounds of skin
which is, on average, 1/20 of an inch thick. The two layers of skin are the epidermis
and under it, the dermis. The skin is waterproof, it protects the body and
helps to regulate body temperature. A substance called melanin colors the skin
the more melanin, the darker the skin. A freckle is a dense concentration of
melanin. A new layer of skin replaces the old layer approximately every 27
days, totaling about 1,000 new outer layers of skin a lifetime.
Teeth: Humans have 20 primary Baby teeth and 32
permanent teeth. By age 13 most people have 28 teeth. By age 18 the four
"wisdom" teeth have grown in for a total of 32 permanent teeth.
Surnames in Geography
Bengal's
Sorrow-Damodar River
Blue
Mountains- Nilgiri Hills
Britain
of the South-New Zealand
China's
Sorrow- Hwang-Ho
City of
Dreaming Spires-Oxford
City of
Golden Gate-San Francisco
City of
Magnificent Distances-Washington D.C.
City of
Palaces-Calcutta
City of Skyscrapers-New
York
City of
the Seven Hills-Rome
Cockpit
of Europe-Belgium
Dark
Continent-Africa
Emerald
Isle-Ireland
Empire
City-New York
Eternal
City-Rome
Forbidden
City-Lhasa
Garden
of England-Kent (England)
Garden
of India-Bangalore
Gate of
Tears Strait of Babel-Mandeb
Gateway
of India-Bombay
Gift of
the Nile-Egypt
Granite
City-Aberdeen
Great
White Way-Broadway (New York City)
Hermit
Kingdom-Korea
Herring
Pond-Atlantic Ocean
Holy
Land-Palestine
Island
of Cloves-Zanzibar
Island
of Pearls-Bahrein (Persian Gulf)
Islands
of Paradise-the Andamans
Key of
the Mediterranean-Gibraltar
Land of
Cakes-Scotland
Land of
Five Rivers-Punjab
Land of
Golden Fleece-Australia
Land of
Maple-Canada
Land of
Midnight Sun-Norway
Land of
Morning Calm-Korea
Land of
the Rising Sun-Japan
Land of
Thousand Lakes-Finland
Manchester
of the Orient-Osaka (Japan)
Never
Never land-Vast Prairies of North America
Pearl of
the Antilles-Cuba
Playground
of Europe-Switzerland
Queen of
the Adriatic-Venice
Roof of
the World- Pamirs
Rose-pink
City-Jaipur
Sugar
Bowl of the World-Cuba
The Down
Under-Australia
Venice
of the North-Stockholm
White man's Grave-Guinea coast of Africa
Windy
City-Chicago
World's
Loneliest Island-Tristan da Cunha (Mid Atlantic)
Friday, February 6, 2015
Scientific Instruments
Altimeter: an apparatus used in aircraft for
measuring altitudes.
Ammeter: is used for to measure intensity of sound.
Anemometer: is an instrument for measuring the force and velocity of wind.
Audiometer: an instrument to measure intensity of sound.
Audiophone: is an instrument required for improving imperfect sense of hearing.
Barograph: for continuous recording of atmospheric pressure.
Barometer: is an apparatus used for measuring the atmospheric pressure.
Binoculars: is an instrument used for seeing distant objects, the rays of light are twice reflected by means of right-angled prisms.
Callipers: a compass with legs for measuring the inside or outside diameter of bodies.
Calorimeter: an instrument used for measuring quantities of heat.
Carburettor: is an apparatus for charging air with petrol vapours in an internal combustion engine.
Cardiogram: a medical instrument used for tracing the movements of the heart.
Cardiograph: is a medical instrument for tracing heart movements.
Chronometer: is an instrument kept on board the ships for measuring accurate time.
Cinematograph: It consists of a series of lenses arranged to throw on a screen an enlarged image of photographs. The lens system which forms the image on the screen is termed the focusing lens.
Commutator: split ring which forms the main part of a D.C. Dynamo.
Compass needle: for knowing approximately the North-South direction at a place.
Crescograph: is an instrument for use in recording growth of plants; invented by J.C. Bose.
Dip Circle: It is an instrument used to determine the angle between the direction of the resultant intensity of earth’s field and the horizontal component at a place. This particular angle is known as the dip of that place.
Drinker’s apparatus: to help breathing in infantile paralysis.
Dynamo: The origin of electricity in a Dynamo is the transformation of mechanical energy into electrical energy. It depends on the principle of electro-magnetic induction whereby a current is produced on traversing a magnetic field.
Electroencephalograph (EEG): It is the technique of recording and interpreting the electrical activity of the brain. Records of the electrical activity of the brain, commonly known as “brain waves”, are called electroencephalograms or electroencephalographs. EEG is the common abbreviation for both the technique and the records.
Epidiascope: for projecting films as well as images of opaque articles on a screen.
Eudiometer: It is a glass tube for measuring volume changes in chemical reactions between gases.
Fathometer: is an instrument used for measuring depth of the ocean.
Galvanometer: an instrument for measuring currents of small magnitude.
G.M. Counter (Geiger Muller Counter): This special device is used for detecting the presence of radiation and counting certain atomic particles.
Gramophone: an instrument with which we can reproduce the sound recorded by a suitable recording apparatus. It is fitted with a special type of apparatus known as sound box invented by Berliner.
Gravimeter: is an instrument for recording measurement under water and to determine the presence of oil deposits under water.
Gyroscope: is an instrument used to illustrate dynamics of rotating bodies. It is a type of spinning wheel fixed to the axle.
Hydrometer: is an instrument used for measuring the specific gravity of liquids.
Hydrophone: is an instrument used for recording sound under water.
Hygrometer: is an instrument used for measuring humidity in air.
Kymograph: is an instrument used to record graphically various physiological movements i.e., blood pressure, heart beating, study of lungs etc. in living beings.
Lactometer: is an apparatus used for measuring the purity of milk.
Manometer: for determining the pressure of a gas.
Mariner’s Compass: is an apparatus which is used to guide the sailors. The needle always points north-south.
Micrometer: is an instrument used for converting sound i.e., fraction of the lowest division of a given scale.
Microphone: is an instrument used for converting sound waves into electrical vibrations.
Microscope: is an instrument which is used for magnifying minute objects by a lens system.
Microtome: is used for cutting an object into thin parts for microscopic inspection.
Odometer: is an instrument by virtue of which the distance covered by wheeled vehicles is recorded.
Periscope: It is usually used by the crew of a submarine to survey the ships etc., on the surface of the sea while the submarine is under water. It also enables the sailors to observe objects on the other side of an obstacle without exposing themselves.
Phonograph: is an instrument used for reproducing sound.
Photometer: is an apparatus used to compare the illuminating power of two sources of light.
Pipette: It is a glass tube with the aid of which a definite volume of liquid may be transferred.
Potentiometer: is used for comparing the e.m.f.s, of cells, measurements of the thermal e.m.f.s, large potential differences and currents. It is also used for measuring low resistances.
Psychrometer: is an instrument for measurement of the humidity of the atmosphere.
Pyrometer: is an instrument for recording high temperatures from a great distance (i.e., for recording temperature of the sun etc.) by making use of the laws of radiation.
Radar: Radio Detection and Range is used to detect the direction and range of an approaching aeroplane by means of radio microwaves.
Rain Gauge: is an apparatus for recording of rainfall at a particular place.
Radiometer: is an instrument for measuring the emission of radiant energy.
Refractometer: is an instrument to measure refractive indices.
Saccharimeter: is an instrument for determining the amount of sugar in a solution. It is used in breweries.
Seismometer or Seismograph: is an instrument used for recording earthquake shocks.
Sextant: is an instrument invented by John Hadley used for measuring the altitude of the sun and of other inaccessible heavenly bodies.
Spectrometer: (1) It is a type of spectroscope suitable for the precise measurements of refractive indices. (2) An instrument for measuring the energy distribution of a particular type of radiation.
Speedometer: is an instrument which indicates speed at which a vehicle is moving.
Spherometer: is an instrument for measuring curvature of surfaces.
Sphygmomanometer: an instrument used for measuring arterial blood-pressure.
Sphygmophone: an instrument, with the help of which a pulse beat makes a sound.
Sphygmoscope: an instrument, by virtue of which, arterial pulsations become visible.
Ammeter: is used for to measure intensity of sound.
Anemometer: is an instrument for measuring the force and velocity of wind.
Audiometer: an instrument to measure intensity of sound.
Audiophone: is an instrument required for improving imperfect sense of hearing.
Barograph: for continuous recording of atmospheric pressure.
Barometer: is an apparatus used for measuring the atmospheric pressure.
Binoculars: is an instrument used for seeing distant objects, the rays of light are twice reflected by means of right-angled prisms.
Callipers: a compass with legs for measuring the inside or outside diameter of bodies.
Calorimeter: an instrument used for measuring quantities of heat.
Carburettor: is an apparatus for charging air with petrol vapours in an internal combustion engine.
Cardiogram: a medical instrument used for tracing the movements of the heart.
Cardiograph: is a medical instrument for tracing heart movements.
Chronometer: is an instrument kept on board the ships for measuring accurate time.
Cinematograph: It consists of a series of lenses arranged to throw on a screen an enlarged image of photographs. The lens system which forms the image on the screen is termed the focusing lens.
Commutator: split ring which forms the main part of a D.C. Dynamo.
Compass needle: for knowing approximately the North-South direction at a place.
Crescograph: is an instrument for use in recording growth of plants; invented by J.C. Bose.
Dip Circle: It is an instrument used to determine the angle between the direction of the resultant intensity of earth’s field and the horizontal component at a place. This particular angle is known as the dip of that place.
Drinker’s apparatus: to help breathing in infantile paralysis.
Dynamo: The origin of electricity in a Dynamo is the transformation of mechanical energy into electrical energy. It depends on the principle of electro-magnetic induction whereby a current is produced on traversing a magnetic field.
Electroencephalograph (EEG): It is the technique of recording and interpreting the electrical activity of the brain. Records of the electrical activity of the brain, commonly known as “brain waves”, are called electroencephalograms or electroencephalographs. EEG is the common abbreviation for both the technique and the records.
Epidiascope: for projecting films as well as images of opaque articles on a screen.
Eudiometer: It is a glass tube for measuring volume changes in chemical reactions between gases.
Fathometer: is an instrument used for measuring depth of the ocean.
Galvanometer: an instrument for measuring currents of small magnitude.
G.M. Counter (Geiger Muller Counter): This special device is used for detecting the presence of radiation and counting certain atomic particles.
Gramophone: an instrument with which we can reproduce the sound recorded by a suitable recording apparatus. It is fitted with a special type of apparatus known as sound box invented by Berliner.
Gravimeter: is an instrument for recording measurement under water and to determine the presence of oil deposits under water.
Gyroscope: is an instrument used to illustrate dynamics of rotating bodies. It is a type of spinning wheel fixed to the axle.
Hydrometer: is an instrument used for measuring the specific gravity of liquids.
Hydrophone: is an instrument used for recording sound under water.
Hygrometer: is an instrument used for measuring humidity in air.
Kymograph: is an instrument used to record graphically various physiological movements i.e., blood pressure, heart beating, study of lungs etc. in living beings.
Lactometer: is an apparatus used for measuring the purity of milk.
Manometer: for determining the pressure of a gas.
Mariner’s Compass: is an apparatus which is used to guide the sailors. The needle always points north-south.
Micrometer: is an instrument used for converting sound i.e., fraction of the lowest division of a given scale.
Microphone: is an instrument used for converting sound waves into electrical vibrations.
Microscope: is an instrument which is used for magnifying minute objects by a lens system.
Microtome: is used for cutting an object into thin parts for microscopic inspection.
Odometer: is an instrument by virtue of which the distance covered by wheeled vehicles is recorded.
Periscope: It is usually used by the crew of a submarine to survey the ships etc., on the surface of the sea while the submarine is under water. It also enables the sailors to observe objects on the other side of an obstacle without exposing themselves.
Phonograph: is an instrument used for reproducing sound.
Photometer: is an apparatus used to compare the illuminating power of two sources of light.
Pipette: It is a glass tube with the aid of which a definite volume of liquid may be transferred.
Potentiometer: is used for comparing the e.m.f.s, of cells, measurements of the thermal e.m.f.s, large potential differences and currents. It is also used for measuring low resistances.
Psychrometer: is an instrument for measurement of the humidity of the atmosphere.
Pyrometer: is an instrument for recording high temperatures from a great distance (i.e., for recording temperature of the sun etc.) by making use of the laws of radiation.
Radar: Radio Detection and Range is used to detect the direction and range of an approaching aeroplane by means of radio microwaves.
Rain Gauge: is an apparatus for recording of rainfall at a particular place.
Radiometer: is an instrument for measuring the emission of radiant energy.
Refractometer: is an instrument to measure refractive indices.
Saccharimeter: is an instrument for determining the amount of sugar in a solution. It is used in breweries.
Seismometer or Seismograph: is an instrument used for recording earthquake shocks.
Sextant: is an instrument invented by John Hadley used for measuring the altitude of the sun and of other inaccessible heavenly bodies.
Spectrometer: (1) It is a type of spectroscope suitable for the precise measurements of refractive indices. (2) An instrument for measuring the energy distribution of a particular type of radiation.
Speedometer: is an instrument which indicates speed at which a vehicle is moving.
Spherometer: is an instrument for measuring curvature of surfaces.
Sphygmomanometer: an instrument used for measuring arterial blood-pressure.
Sphygmophone: an instrument, with the help of which a pulse beat makes a sound.
Sphygmoscope: an instrument, by virtue of which, arterial pulsations become visible.
Stereoscope: It is a special type of binocular, through which a double
photograph snapped from two different angles by a two-lensed camera is viewed
in solid relief.
Stethoscope: is an instrument to hear and analyse movements of heart and lungs.
Stop watch: for recording small intervals of time in the laboratory, in races and other events.
Stroboscope: is an instrument for viewing objects moving rapidly with a periodic motion and to see them as if they were at rest.
Tachometer: is an instrument for determining speeds of aeroplanes and motor boats.
Telephone: a device by virtue of which two persons at two different places can communicate. It consists of two main parts (i) a microphone and (ii) a receiver.
Teleprinter: an instrument which prints automatically messages sent from one place to another, on telegraph lines.
Telescope: is an apparatus used for observing distant objects.
Theodolite: is an instrument for measuring horizontal and vertical angles.
Thermocouple: an instrument based on thermo-electricity used for measuring temperatures.
Thermometer: is an apparatus used for measuring temperature.
Thermostat: It is an instrument used to regulate the temperature to a particular degree.
Viscometer: is an instrument to measure viscosity.
Stethoscope: is an instrument to hear and analyse movements of heart and lungs.
Stop watch: for recording small intervals of time in the laboratory, in races and other events.
Stroboscope: is an instrument for viewing objects moving rapidly with a periodic motion and to see them as if they were at rest.
Tachometer: is an instrument for determining speeds of aeroplanes and motor boats.
Telephone: a device by virtue of which two persons at two different places can communicate. It consists of two main parts (i) a microphone and (ii) a receiver.
Teleprinter: an instrument which prints automatically messages sent from one place to another, on telegraph lines.
Telescope: is an apparatus used for observing distant objects.
Theodolite: is an instrument for measuring horizontal and vertical angles.
Thermocouple: an instrument based on thermo-electricity used for measuring temperatures.
Thermometer: is an apparatus used for measuring temperature.
Thermostat: It is an instrument used to regulate the temperature to a particular degree.
Viscometer: is an instrument to measure viscosity.
Indian Geography
India
is the largest country in the Indian Subcontinent, deriving its name from the
river Indus which flows in the northwest. Indian mainland extends in the
tropical zone from latitude 8 degree 4 minute North to 37 degree 6 minute North
and from longitude 68 degree 7 minute East 97 degree 25 minute East. The
country lies wholly in the northern and eastern hemispheres. Even though it
falls under Monsoon climatical category, the climate varies from one place to
another. India stretches 3,214 km from north to south and 2,933 km from east to
west. The total length of the mainland coastline is nearly 6,100 km and the
land frontier is about 15,200 km. With an area of about 3,287,782 sq. km, India
is the seventh largest country in the world and accounts 2.4% of total world
area. The north of the country is bordered by the mighty Himalayas, the highest
mountains on earth. This ranges separate India from China, Tibet and Bhutan in
the east. Kanchenjunga (8598 metres) is the highest mountain peak in India. On
the western side, India is separated by Arabian Sea and on Eastern side by Bay
of Bengal. The Indian ocean on the south separate India from rest of the world.
In the north, the mighty river Ganga, which has the source in Himalaya, with
its tributaries, drains a large part of the north and created a fertile
Gangetic Plain. South of the northern plains, the land rises up into the high plateau
known as the Deccan and stretch itself till Indian peninsulas. With Vidhyas and
Satapura on the north, it is bordered by Sahyadris (Western Ghat) on west and
by Eastern Ghat on the East. This two Ghats run parallel to the coast and meet
in the extreme south in Nilgiris hills.
General knowledge - India
General knowledge - India
Question
|
Answer
|
The first multipurpose
project in India is
|
Damodar Valley
|
The place in North
East India which receives the highest annual rainfall is
|
Chirrapunji
|
The largest Indian
river flowing into the Arabian Sea is
|
Narmada
|
Indian broadcasting
was nationalised in
|
1930
|
The Indian forests are
divided into how many regions
|
Eight
|
The place where Indian
Standard time coinsides with local time is
|
Allahabad
|
The industry for which
Vishakapatnam is famous for is
|
Ship Building
|
The state which is the
largest producer of iron ore in India is
|
Karnataka
|
The longest railway
platform in India measuring 836.63 m is located at
|
Kharagpur
|
The Indian state which
is largest exporter of cashewnut is
|
Kerala
|
The main occupation of
Indians is
|
Agriculture
|
Nagarjuna Sagar dam is
built across the River
|
Krishna
|
Madras state was renamed
as Tamilnadu in the year
|
1969
|
The main industry of
Assam is
|
Tea Industry
|
The Indian state which
has maximum number of districts is
|
Uttar Pradesh
|
The length of Indian
coastline is
|
7500 km
|
The longest day in
India is
|
21st June
|
The biggest museum in India
is
|
Indian Museum,
Calcutta
|
The source of river
Indus is
|
Mount Kailash, Tibet
|
Kodaikanal, a famous
holiday resort is located in
|
Tamilnadu
|
Bangalore city is also
called the
|
Garden city
|
The only place in
India where rock salt is found is in
|
Mandi, Himachal
Pradesh
|
The Gandhi Sagar dam
is constructed across the river
|
Chambal
|
The river that passes
through the Thar desert is
|
Sindhu
|
Nagoor, a place in
Tamilnadu, is famous for
|
Famous muslim shrine
|
The Hindustan Ship
Yard is located at
|
Vishakapatnam
|
The Indian state that
tops in the production of cocoa is
|
Kerala
|
The first major steel
plant established in India was
|
Tata Iron & Steel
Co, Jamshedpur
|
Crude oil is found in
south Gujarat at
|
Ankleshwar
|
The first oil well
drilled in India was at
|
Naharpong in Assam
|
Calcutta is situated
on the banks of river
|
Hoogli
|
The largest opium
growing state in India is
|
Uttar Pradesh
|
Hindustan Antibiotics
Ltd, India's largest manufacturer of penicillin is located at
|
Pimpri
|
The former name of
Arunachal Pradesh was
|
NEFA
|
Khajuraho temples are
located at
|
Chattarput, M.P.
|
The Indian freedom
fighter who turned into a famous spiritualist was
|
Aurobindo Ghosh
|
The king who installed
a `Chain of Justice' outside his place was
|
Jehangir
|
The name of the mines
in Rajasthan from where we get zinc is
|
Zawar
|
Singereni in Andhra
Pradesh is famous for
|
Coal Mines
|
Amaravathi is located
on the bank of river
|
Krishna
|
Agra was founded in
the year
|
1506
|
Ajmer was founded by
|
Raja Ajay Dev Chauhan
|
The only Indian state
where we find nickel ore is
|
Orissa
|
The Udaygiri caves
were built by
|
Karavelu
|
The strength of Lok
Sabha is
|
545 members
|
The National Museum of
Natural History is located at
|
New Delhi
|
The Indian Prime
Minister who nationalised the banks was
|
Mrs. Indira Gandhi
|
The birth date of
Jawaharlal Nehru is
|
14th November 1889
|
The Environment
protection Act came into effect in
|
1986
|
The capital city
founded on the bank of river Gomathi is
|
Lucknow
|
The president of the
Indian National congress at its first session held in 1885 was
|
Womesh Chandra Banerji
|
Bhaskara-II was a
famous
|
Mathematician
|
The Bhopal Gas leak
incident occurred in
|
Dec-84
|
The city that is
called the city of golden Temple is
|
Amritsar
|
Traveller Hawkins
visited India in the year
|
1608 AD
|
Mahadevi Varma won the
Jnanpith for her book titled
|
Yama
|
The headquarters of
Oil and Natural Gas Commission is located at
|
Dehradun
|
Satyartha Prakash was
written by
|
Swami Dayananda
Saraswati
|
Emperor Akbar's
Revenue Minister was
|
Todarmal
|
The elder brother of
famous sitarist Ravishankar is
|
Uday Shankar,dancer
|
The first batsman to
score a century in each of his first three tests is
|
Mohammed Azharuddin
|
The 10th
Vice-President of India is
|
Krishan Kant
|
The first Chief of
Indian Navy was
|
R. D. Katari
|
The longest road in
India is the
|
Grand Trunk Road
|
The first modern
college in India is the
|
Fort William college, Calcutta
|
The first purely
Indian bank is the
|
Punjab National Bank
|
Lalit Kala Academy of
India is situated at
|
New Delhi
|
The first Indian to
win Oscar Award is
|
Bhanu Athaiya
|
Goa was liberated in
the year
|
1961
|
Sharda Act was enacted
to prevent
|
Child Marriage
|
National Science day
is celebrated on
|
28th February
|
Jamnalal Bajaj Awards
are given for
|
Constructive work
|
Rabindranath Tagore
give up his knighthood because of the tragic incident of
|
Jallianwala Bagh
massacre
|
The Chief minister of
a state who was awarded the Bharat Ratna was
|
M. G. Ramachandran
|
Baba Amte's real name
is
|
Muralidhar Devidas
Amte
|
Mihirsen, India's
famous long distance swimmer, was by profession
|
An Advocate
|
Dr.Pramod Karan Sethi
is famous for the
|
Jaipur foot
|
Rabindranath Tagore
was born at
|
Jorasanko, Calcutta
|
The name of the school
started by Rabindranath Tagore was
|
Shanti Niketan
|
Neyveli Thermal Power
Station is located in
|
Tamil Nadu
|
The earlier name of
Assam was
|
Kamrup
|
Sir C.V.Raman was born
at
|
Thirunavannikaval
|
The Indian Academy of Science
was founded by
|
C. V. Raman
|
The Indian Academy of
Science is located at
|
Bangalore
|
All India Institute of
Medical Science is located at
|
New Delhi
|
Atomic Energy
Commission is located at
|
Mumbai
|
Cement Research
Institute of India is located at
|
Balabhgarh
|
Space Applications
Centre is located at
|
Ahmedabad
|
Jog falls is located
at
|
Jog, Karnataka
|
Jawaharlal Nehru died
in the year
|
1964
|
Aurangzeb died in the
year
|
1707
|
Khan Abdul Gaffar Khan
died in the year
|
Frontier Gandhi
|
Rabindranath Tagore
died in the year
|
1941
|
Mahatma Gandhi died in
the year
|
1948
|
Zakir Hussein died in
the year
|
1969
|
Raja Ram Mohan Roy
died in the year
|
1833
|
India's second Prime
Minister was
|
Gulzarilal Nanda
|
The first Law Minister
of Independent India was
|
Dr. B. R. Ambedkar
|
Jawaharlal Nehru's
biography "With No Regrets"was written by
|
Krishan Hathisingh
|
India's first test
tube baby was born in
|
Jun-86
|
The leader whose death
was announced in the Lok Sabha before his actual death was
|
Jayaprakash Narayan
|
The Gold mines located
in Andhra Pradesh are
|
Ramagiri Gold
Fields,Ananthapur district
|
The Homeguards were
organised in India in the year
|
1962
|
Ankleshwar oil field
is located in
|
Gujarat
|
The Indian Prime
Minister who wrote the book `Nature Cure'was
|
Morarji Desai
|
Burma seperated from
India in the year
|
1937
|
`Sea Bird' project is
located at
|
Karwar
|
The name of the
artificial harbour along the west coast India is
|
Kandla
|
The first medical college
was established in India at
|
Calcutta
|
Jawaharlal Nehru's
mother's name was
|
Swaroop Rani
|
The pin code was
introduced in India in the year
|
1972
|
In his last years, Ambedkar
converted to
|
Buddhism
|
Gandhiji's mother's
name was
|
Putli Bai
|
Gandhiji was born on
|
2nd October 1869
|
Khushwant Singh is a
famous
|
Journalist
|
The film actor who
became the chief minister of Andhra Pradesh was
|
N. T. Rama Rao
|
Satyajit Ray was
awarded the Bharat Ratna in the year
|
1992
|
Central Research Institute
is located at
|
Kasauli
|
The movie Raja Harish chandra
was released in the year
|
1913
|
The first Indian Prime
Minister to resign from office was
|
Morarji Desai
|
The largest railway
bridge in India is
|
Sone Bridge,Bihar
|
The largest dome in
India is the
|
Gol Gumbaz,Bijapur
|
Air Force Day is
celebrated on
|
8-Oct
|
Indian Military
Academy is located at
|
Dehradun
|
The postal department
was set up in India in the year
|
1854
|
Army day is celebrated
on
|
21st Century
|
Navy day is celebrated
on
|
4th December
|
The national flower of
India is
|
Lotus
|
NABARD was established
in the year
|
1982
|
Koradi Thermal power
Station is located at
|
Maharashtra
|
PTI stands for
|
Press Trust of India
|
Rail Coach Factory is
located at
|
Kapurthala
|
The construction of
India was adopted on
|
26-11-1949
|
The construction of
India became effective on
|
26-1-1950
|
`Mrinalini'was written
by
|
Bankim chandra
Chatterjee
|
Bhagat Singh was
hanged in the year
|
1931
|
Sheik Abdulla was
popularly known as
|
Sher-e-Kashmir
|
Goa attained statehood
on
|
30-May-87
|
Gujarat attained
statehood on
|
1-May-60
|
Haryana attained
statehood on
|
1-Nov-66
|
The capital of Haryana
is
|
Chandigarh
|
Panipat is popularly
known as
|
Weaver City
|
Dal lake is located in
|
Jammu and Kashmir
|
Madhya Pradesh
attained statehood on
|
Nov-56
|
The capital of Madhya
Pradesh is
|
Bhopal
|
Manipur attained
statehood on
|
21st January 1972
|
The capital of Manipur
is
|
Imphal
|
Meghalaya attained
statehood on
|
21st January 1972
|
The capital of
Meghalaya is
|
Shillong
|
Meghalaya state was
carved out of
|
Assam
|
Mizoram attained
statehood on
|
20th February 1987
|
The capital of Mizoram
is
|
Aizawl
|
Before attaining
statehood, Mizoram was one of the districts of
|
Assam
|
Nagaland attained statehood
on
|
1-Dec-63
|
The capital of
Nagaland is
|
Kohima
|
Orissa was earlier
known as
|
Kalinga
|
The capital of Orissa
is
|
Bhubaneshwar
|
The main airport of
Orissa is located at
|
Bhubaneshwar
|
Rajasthan attained
statehood in the year
|
1958
|
The capital of
Rajasthan is
|
Jaipur
|
The capital of Sikkim
is
|
Gangtok
|
India's highest peak
is the
|
Kanchenjunga
|
Mount Abu, a famous
hill station is located at
|
Rajasthan
|
The main attraction of
Mount Abu are the
|
Dilwara Jain Temples
|
Hussain Sagar Lake is
located at
|
Hyderabad
|
The Samadhi of
Gandhiji is known as
|
Rajghat
|
The Samadhi of
Gandhiji is located on the bank of river
|
Yamuna
|
The largest state in
India is
|
Madhya Pradesh
|
The highest TV tower
in India is located at
|
New Delhi
|
The most literate
state in India is
|
Kerala
|
Golconda Fort is
located near
|
Hyderabad
|
Gateway of India is
located at
|
Mumbai
|
Buland Darwaza is
located at
|
Fatehpur Sikri
|
Badrinath is located
at
|
Uttar Pradesh
|
Elephanta Caves are
located on an island near
|
Mumbai
|
Ajanta caves are
located near
|
Aurangabad
|
Humayu's tomb is
located at
|
New Delhi
|
Jantar Mantar is
located in
|
New Delhi
|
Jantar Mantar is an
|
Observatory
|
Jantar Mantar was
constructed by
|
Maharaja Jai Singh II
|
Mughal Gardens is located
at
|
New Delhi
|
Qutb-Minar is located
at
|
New Delhi
|
Rashtrapati Bhawan was
built by
|
Edwin Lutyens
|
The Samadhi of Indira
Gandhi is known as
|
Shakti Sthal
|
The Tower of Victory
is located at
|
Chittoor
|
Victoria Memorial is
located at
|
Calcutta
|
The highest airfield
of India is the
|
Chushul airfield, Ladakh
|
The largest lake of
India is the
|
Wular lake, Kashmir
|
The largest Zoo of
India is the
|
Zoological Garden, Calcutta
|
The most populated
state of India is
|
Uttar Pradesh
|
Central Bureau of Investigation
was formed in
|
1963
|
BSF stands for
|
Border Security Force
|
ITBP stands for
|
Indo-Tibetan Border
Police
|
The actual name of
Mother Teresa was
|
Agnes Gonxha Bejaxhiu
|
A programme launched
by Chandrababu Naidu, Chief minister of Andhra Pradesh, to clean the city of
Hyderabad was named
|
Janmabhoomi
|
Vajpayee Government
was sworn in for the second time on
|
19 march, 1998
|
Miss World 1997
contest was held at
|
Seychelles
|
The Miss World 1997
title was won by
|
Diana Hayden
|
The Miss World 1996
Contest was held at
|
Bangalore
|
Mother Teresa died on
|
5-Sep-97
|
Bill Gates visited
India in
|
Mar-97
|
The Carnatic vocalist
who won the Bharat Ratna Award was
|
M. S. Subbulakshmi
|
The first musician to get
the Bharat Ratna
|
M. S. Subbulakshmi
|
Kerala attained
statehood on
|
1st November 1956
|
Sahar airport is
located at
|
Mumbai
|
Dum Dum airport is
located at
|
Calcutta
|
The first ever railway
train travelled from
|
Bombay-Thane
|
The only Indian metro
railway system is at
|
Calcutta
|
Air India was formed
in
|
1946
|
Indian Airlines was
formed in
|
1953
|
Indira Gandhi airport
is located at
|
Delhi
|
Meenambakkam airport
is located at
|
Chennai
|
The Export-Import Bank
of India is also known as
|
EXIM Bank
|
The Navy Academy is
located at
|
Cochin
|
In 1983,Bharat Ratna
was posthumously awarded to
|
Acharya Vinoba Bhave
|
Mrs. Indira Gandhi was
assassinated on
|
31-10-1984
|
Mr. Rajiv Gandhi was
assassinated on
|
21-5-1991
|
The strength of Rajya
Sabha is
|
250
|
The supreme commander
of Army, Navy and Airforce is the
|
President
|
The Chairman of the
Lok Sabha is the
|
Speaker
|
Pong dam is located in
|
Punjab
|
The fastest train in
India is the
|
Shatabdi Express
|
The oldest refinery in
India is the
|
Digboi refinery
|
The largest refinery
of India is the
|
IOC Refinery at Koyah,
Gujarat
|
The Bhakra dam is
built across the River
|
Sutlej
|
The first General
Elections were held in India in the year
|
1952
|
The first engineering
college established in India is the
|
Thompson college, Roorkee
|
The first library
established in India is the
|
William Carey library,
Serampore
|
The oldest English
daily newspaper of India is
|
The Times of India
|
The largest post
office in India is the
|
GPO, Mumbai
|
The largest prison in
India is the
|
Tihar Central Jail, Delhi
|
The first Indian state
formed on linguistic basis after Independence was
|
Andhra Pradesh
|
The largest cave
temple in India is
|
Ellora
|
The only diamond
producing area in India is
|
Panna Diamond Belt, M.P.
|
The biggest public sector
bank in India is the
|
State Bank of India
|
Reserve Bank of India
was established in
|
1935
|
The oldest tree in
India is the
|
Monus Serrata at
Joshimutt
|
The first Education
Minister of free India was
|
Maulana Abul Kalam
Azad
|
Who is known as the Father
of Indian industry
|
Jamshedji Tata
|
Gandhiji was
assassinated by
|
Nathuram Godse
|
VDIS was launched on
|
1-Jul-97
|
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