Tuesday, October 23, 2012

Command Prompt on Right-Click

Command Prompt on Right-Click

Many computer users, specially the programmers, need to launch a command prompt window every once in a while to execute some dos/shell commands. The problem is, when a command prompt window launched, the default path is normally the system path or the user profile's path. The users will then have to do all the "cd" commands to change the directories to the path he/she wants.
This trick shows you how to add an option called "Command Prompt" when you right-click on a folder in Windows. With this option, a Command Prompt Window will launch and its current directory will be the path to the folder you've selected.
Use this trick at your own risk.
Here's what you'll get:


 











The Solution
You can either edit your registry OR download the registry file and apply it on your computer.
Method I. Manually edit the registry:
  1. Start > Run
  2. Enter "regedit" and hit Enter
  3. Expand to "HKEY_LOCAL_MACHINE\SOFTWARE\Classes\Folder\shell"
  4. Right-click on "shell" and select New > Key
  5. Make sure a new key is created under "shell". Change the name of this key to "Command Prompt"
  6. Right-click on this new key "Command Prompt" and select New > Key
  7. Change the name of this key to "command"

  8. Here's what we should have:

  9. Double-click on the "(Default)" text on the right window to bring up the edit box
  10. Enter this text into the Value Data field:
    cmd.exe "%1"
  11. Click OK and close the registry.
Method II. Download and apply the registry file:
  1. Download this registry file Here
  2. Unzip it to a temp folder, then double-click on the .reg file to add the registry data.

 MORE Tricks



Monday, October 22, 2012

Big Bang Science

A hundred metres below ground, under the border between France and Switzerland, scientists are travelling back in time to study matter as it was in the first fractions of a second after the beginning of the Universe. They are using the world's largest scientific instrument to help reveal how this primordial matter developed into the building blocks that form the great diversity of the Universe today.
These scientists-many from the UK- are explorers, extending our horizons in time as well as space, in an attempt to answer one of the most fundamental of questions:

Where do we come from?


At CERN, the European laboratory for particle physics near Geneva,
the path of the world's largest particle collider beneath the border
between France and Switzerland.
The observations of astronomers imply that the Universe is still expanding from an infinitely dense and energetic state, after an initial 'hot big bang' some 15 billion years ago. But how did the matter of the present-day Universe evolve from this state? This is one of the major questions that modern research in particle physics seeks to answer. High energy collisions of subatomic particles can take us back in time to the forms of matter that probably existed in the first fractions of a second after the big bang. In this way studying matter at the smallest of scales (subatomic particles) has become inextricably linked with research at the largest of scales (the cosmos). The particle physicists of today have joined forces with astronomers in exploring the origins of the Universe-and in particular, the origins of matter.

A Brief History of Particle Physics

During the past two centuries, scientists have made great progress in understanding what we and the world about us are made of. First came the realisation that matter consists of basic substances, or elements, with well defined physical and chemical properties. These elements range from hydrogen, the lightest, through to uranium and beyond.
Each element consists of building blocks - atoms - unique to the element, but the different atoms can combine to form an enormous variety of compounds from simple water to complex proteins. Yet, as scientists first discovered towards the end of the 19th century, atoms are not the simplest building bricks ofmatter.
Discovering the Nucleus, Geiger and Rutherford at Manchester University.
We now know that most of the mass of an atom is concentrated in a small, dense, positively-charged nucleus. A cloud of tiny negatively-charged electrons envelopes the nucleus, but at a relatively large distance, so that much of the volume of an atom is empty space. In most atoms the nucleus contains two types of particle of almost equal mass: positively-charged protons and electrically neutral neutrons. To make the atom neutral overall, the number of protons exactly balances the number of electrons.
This picture of the atom stems largely from pioneering work at Cambridge and Manchester Universities. At Cambridge in the 1890s, two physicists began unwittingly to probe the world within the atom. One, Joseph ('J.J.') Thomson, discovered the first known subatomic particle, the electron, while one of his students, Ernest Rutherford, started to explore the new phenomenon of radioactivity, in which atoms change from one kind to another. This was to lead Rutherford eventually to the discovery of the atomic nucleus, in work with Hans Geiger (of Geiger counter fame) and Ernest Marsden at Manchester University in 1909-10. Later, Rutherford found that atoms contain positively-charged particles, identical to the nucleus of hydrogen. He called the particles protons. And at Cambridge in 1932, James Chadwick showed that the nucleus must also contain neutrons. By this time Rutherford and his colleagues had established much of the modern picture of the atom.
The first observation of a positive Kaon by Clifford Butler and
George Rochester in 1947. (The Kaon decays at 'B')
 More Information

Sunday, October 7, 2012

APSSC 10th class Duplicate Marks Memo Download in bseap.org


Board of Secondary Education of Andhra Pradesh simple known as BSEAP has provided apssc duplicate marks memorandum for 2004to 2011 passed and fail students in www.bseap.org .
AP SSC duplicate marks memos are available to download for June 2004 to March 2011passed out candidates in http://www.bseap.org/. So now APSSC 10th class duplicate marks list for 2004 to 2011 passed students this is very good news to who are loose their marks list those candidates can download duplicate 10th class mark list from www.bseap.org  website.
AP 10th Class Memorandum of Marks is available in www.bseap.org.Board of Secondary education of Andhra Pradesh has maintained a data base from 2004 year. So before 2004 year marks memo are not available in this website.
How to get AP SSC 10th class Duplicate marks memo:
Year wise database of SSC (X Class) Passed candidates. Hi students you can get your duplicate 10 class marks list by following steps provide below for you
1. Open BSEAP official website “www.bseap.org” OR directly visit “ http://182.72.241.154/SSCHT2011/SSCResultsDetails.aspx ”  website.
After entering the above website you can enter the necessary details like
  • Hall Ticket Number
  •  Date of Birth
  • Year of Examination
  • Stream of Examination like (Regular, Private, OSSC- Regular, OSSC-Private)
  • Enter the code shown above
  • Submit your details
Duplicate SSC marks list / memorandum Download 
SSC Duplicate marks list 
You can get a duplicate ssc marks memo and take a print out.
Hi friends if you feel it is very tough to download your marks memo please contact us with necessary details via “contact us form/ through comment you must mentioned your Email id why because we can send  duplicate X class marks memo to your mail id.

Saturday, October 6, 2012

India,


 "INDIA is the cradle of the human race, the birthplace of human speech, the mother of history, the grandmother of legend and the great grandmother of tradition. Our most valuable and most instructive materials in the history of man are treasured up in India only."—Mark Twain India has a unique culture and is one of the oldest and greatest civilizations of the world. It stretches from the snow-capped Himalayas in the North to sun drenched coastal villages of the South, the humid tropical forests on the south-west coast, the fertile Brahamputra valley on its East to the Thar desert in the West. It covers an area of 32,87,263 sq. km. It has achieved all-round socio-economic progress during the last 63 years of its Independence. India is the seventh largest country in the world and ranks second in population. The country stands apart from the rest of Asia, marked off as it is by mountains and the sea, which give her a distinct geographical entity. Bounded by the Great Himalayas in the north, it stretches southwards and at the Tropic of Cancer, tapers off into the Indian Ocean between the Bay of Bengal on the east and the Arabian Sea on the west. Lying entirely in the northern hemisphere, the mainland extends between latitudes 8°4' and 37°6' north, longitudes 68°7' and 97°25' east and measures about 3,214 km from north to south between the extreme latitudes and about 2,933 km from east to west between the extreme longitudes. It has a land frontier of about 15,200 km. The total length of the coastline of the mainland, Lakshadweep Islands and Andaman & Nicobar Islands is 7,516.6 km. PHYSICAL BACKGROUND Countries having a common border with India are Afghanistan and Pakistan to the north-west, China, Bhutan and Nepal to the north, Myanmar to the far east and Bangladesh to the east of West Bengal. Sri Lanka is separated from India by a narrow channel of sea formed by the Palk Strait and the Gulf of Mannar. The country can be divided into six zones mainly North, South, East, West, Central and North-east zone. It has 28 states and seven union territories. PHYSICAL FEATURES The mainland comprises four regions, namely, the great mountain zone, plains of the Ganga and the Indus, the desert region and the southern peninsula. The Himalayas comprise three almost parallel ranges interspersed with large plateaus and valleys, some of which, like the Kashmir and Kullu valleys, are fertile, extensive and of great scenic beauty. Some of the highest peaks in the world are found in these ranges. The high altitudes admit travel only to a few passes, notably the Jelep La and Nathu La on the main Indo-Tibet trade route through the Chumbi Valley, north-east of Darjeeling and Shipki La in the Satluj valley, north-east of Kalpa (Kinnaur). The mountain wall extends over a distance of about 2,400 km with a varying depth of 240 to 320 km. In the east, between India and Myanmar and India and Bangladesh, hill ranges are much lower. Garo, Khasi, Jaintia and Naga Hills, running almost east-west, join the chain to Mizo and Rkhine Hills running north- south. The plains of the Ganga and the Indus, about 2,400 km long and 240 to 320 km broad, are formed by basins of three distinct river systems - the Indus, the Ganga and the Brahmaputra. They are one of the world’s greatest stretches of flat alluvium and also one of the most densely populated areas on the earth. Between the Yamuna at Delhi and the Bay of Bengal, nearly 1,600 km away, there is a drop of only 200 metres in elevation. The desert region can be divided into two parts - the great desert and the little desert. The great desert extends from the edge of the Rann of Kuchch beyond the Luni river northward. The whole of the Rajasthan-Sind frontier runs through this. The little desert extends from the Luni  between Jaisalmer and Jodhpur up to the northern wastes. Between the great and the little deserts lies a zone of absolutely sterile country, consisting of rocky land, cut up by limestone ridges. The Peninsular Plateau is marked off from the plains of the Ganga and the Indus by a mass of mountain and hill ranges varying from 460 to 1,220 metres in height. Prominent among these are the Aravalli, Vindhya, Satpura, Maikala and Ajanta. The Peninsula is flanked on the one side by the Eastern Ghats where average elevation is about 610 metres and on the other by the Western Ghats where it is generally from 915 to 1,220 metres, rising in places to over 2,440 metres. Between the Western Ghats and the Arabian Sea lies a narrow coastal strip, while between Eastern Ghats and the Bay of Bengal, there is a broader coastal area. The southern point of plateau is formed by the Nilgiri Hills where the Eastern and the Western Ghats meet. The Cardamom Hills lying beyond may be regarded as a continuation of the Western Ghats.

 GEOLOGICAL STRUCTURE The geological regions broadly follow the physical features and may be grouped into three regions: the Himalayas and their associated group of mountains, the Indo- Ganga Plain and the Peninsular Shield. The Himalayan mountain belt to the north and the Naga-Lushai mountain in the east, are the regions of mountain-building movement. Most of this area, now presenting some of the most magnificent mountain scenery in the world, was under marine conditions about 60 crore years ago. In a series of mountain-building movements commencing about seven crore years ago, the sediments and the basement rocks rose to great heights. The weathering and erosive agencies worked on these to produce the relief seen today. The Indo-Ganga plains are a great alluvial tract that separate the Himalayas in the north from the Peninsula in the south. The Peninsula is a region of relative stability and occasional seismic disturbances. Highly metamorphosed rocks of the earliest periods, dating back as far as 380 crore years, occur in the area; the rest being covered by the coastal-bearing Gondwana formations, lava flows belonging to the Deccan Trap formation and younger sediments. RIVER SYSTEMS The river systems of India can be classified into four groups viz., (i) Himalayan rivers, (ii) Deccan rivers, (iii) Coastal rivers, and (iv) Rivers of the inland drainage basin. The Himalayan rivers are formed by melting snow and glaciers and therefore, continuously flow throughout the year. During the monsoon months, Himalayas receive very heavy rainfall and rivers swell, causing frequent floods. The Deccan rivers on the other hand are rainfed and therefore fluctuate in volume. Many of these are non-perennial. The Coastal streams, especially on the west coast are short in length and have limited catchment areas. Most of them are non-perennial. The streams of inland drainage basin of western Rajasthan are few and far apart. Most of them are of an ephemeral character. The main Himalayan river systems are those of the Indus and the Ganga- Brahmaputra-Meghna system. The Indus, which is one of the great rivers of the world, rises near Mansarovar in Tibet and flows through India and thereafter through Pakistan and finally falls into the Arabian sea near Karachi. Its important tributaries flowing in Indian territory are the Sutlej (originating in Tibet), the Beas, the Ravi, the Chenab and the Jhelum. The Ganga-Brahmaputra-Meghna is another important system of which the principal sub-basins are those of Bhagirathi and the Alaknanda, which join at Dev Prayag to form the Ganga. It traverses through Uttarakhand, Uttar Pradesh, Bihar and West Bengal states. Below Rajmahal hills, the Bhagirathi, which used to be the main course in the past, takes off, while the Padma continues eastward and enters Bangladesh. The Yamuna, the Ramganga, the Ghaghra, the Gandak, the Kosi, the Mahananda and the Sone are the important tributaries of the Ganga. Rivers Chambal and Betwa are the important sub-tributaries, which join Yamuna before it meets the Ganga. The Padma and the Brahmaputra join at Bangladesh and continue to flow as the Padma or Ganga. The Brahmaputra rises in Tibet, where it is known as Tsangpo and runs a long distance till it crosses over into India in Arunachal Pradesh under the name of Dihang. Near Passighat, the Debang and Lohit join the river Brahmaputra and the combined river runs all along the Assam in a narrow valley. It crosses into Bangladesh downstream of  Dhubri. The principal tributaries of Brahmaputra in India are the Subansiri, Jia Bhareli, Dhansiri, Puthimari, Pagladiya and the Manas. The Brahmaputra in Bangladesh fed by  Tista, etc., finally falls into Ganga. The Barak river, the head stream of Meghna, rises in the hills in Manipur. The important tributaries of the river are Makku, Trang, Tuivai, Jiri, Sonai, Rukni, Katakhal, Dhaleswari, Langachini, Maduva and Jatinga. Barak continues in Bangladesh till the combined Ganga—Brahmaputra join it near Bhairab Bazar. In the Deccan region, most of the major river systems flowing generally in east direction fall into Bay of Bengal. The major east flowing rivers are Godavari, Krishna, Cauvery, Mahanadi, etc. Narmada and Tapti are major West flowing rivers. The Godavari in the southern Peninsula has the second largest river basin covering 10 per cent of the area of India. Next to it is the Krishna basin in the region, while the Mahanadi has the third largest basin. The basin of the Narmada in the uplands of the Deccan, flowing to the Arabian Sea and of the Kaveri in the south, falling into the Bay of Bengal are about the same size, though with different character and shape. There are numerous coastal rivers, which are comparatively small. While only handful of such rivers drain into the sea near the delta of east coast, there are as many as 600 such rivers on the west coast. A few rivers in Rajasthan do not drain into the sea. They drain into salt lakes and get lost in sand with no outlet to sea. Besides these, there are the desert rivers which flow for some distance and are lost in the desert. These are Luni, Machhu, Rupen, Saraswati, Banas, Ghaggar and others. 


  CLIMATE:  

 The climate of India may be broadly described as tropical monsoon type. There are four seasons: (i) winter (January-February), (ii) hot weather summer (March-May); (iii) rainy south-western monsoon (June-September) and (iv) post-monsoon, also known as north-east monsoon in the southern Peninsula (October-December). India’s climate is affected by two seasonal winds - the north-east monsoon and the south-west monsoon. The north-east monsoon commonly known as winter monsoon blows from land to sea whereas south-west monsoon known as summer monsoon blows from sea to land after crossing the Indian Ocean, the Arabian Sea and the Bay of Bengal. The south-west monsoon brings most of the rainfall during the year in the country. 


 FLORA:

  India is rich in flora. Available data place India in the tenth position in the world and fourth in Asia in plant diversity. From about 70 per cent geographical area surveyed so far, over 46,000 species of plants have been described by the Botanical Survey of India (BSI), Kolkata. The vascular flora, which forms the conspicuous vegetation cover, comprises 15,000 species. With a wide range of climatic conditions from the torrid to the arctic, India has a rich and varied vegetation, which only a few countries of comparable size possess. India can be divided into eight distinct-floristic-regions, namely, the western Himalayas, the eastern Himalayas, Assam, the Indus plain, the Ganga plain, the Deccan, Malabar and the Andamans. The Western Himalayan region extends from Kashmir to Kumaon. Its temperate zone is rich in forests of chir, pine, other conifers and broad-leaved temperate trees. Higher up, forests of deodar, blue pine, spruce and silver fir occur. The alpine zone extends from the upper limit of the temperate zone of about 4,750 metres or even higher. The characteristic trees of this zone are high-level silver fir, silver birch and junipers. The eastern Himalayan region extends from Sikkim eastwards and embraces Darjeeling, Kurseong and the adjacent tract. The temperate zone has forests of oaks, laurels, maples, rhododendrons, alder and birch. Many conifers, junipers and dwarf willows also grow here. The Assam region comprises the Brahamaputra and the Surma valleys with evergreen forests, occasional thick clumps of bamboos and tall grasses. The Indus plain region comprises the plains of Punjab, western Rajasthan and northern Gujarat. It is dry, hot and supports natural vegetation. The Ganga plain region covers the area which is alluvial plain and is under cultivation for wheat, sugarcane and rice. Only small areas support forests of widely differing types. The Deccan region comprises the entire table land of the Indian Peninsula and supports vegetation of various kinds from scrub jungles to mixed deciduous forests. The Malabar region covers the excessively humid belt of mountain country parallel to the west coast of the Peninsula. Besides being rich in forest vegetation, this region produces important commercial crops, such as coconut, betelnut, pepper, coffee, tea, rubber and cashewnut. The Andaman region abounds in evergreen, mangrove, beach and diluvial forests. The Himalayan region extending from Kashmir to Arunachal Pradesh through Sikkim, Meghalaya and Nagaland and the Deccan Peninsula is rich in endemic flora, with a large number of plants which are not found elsewhere. The flora of the country is being studied by BSI and its nine circle/field offices located throughout the country along with certain universities and research institutions. Ethno-botanical study deals with the utilisation of plants and plant products by ethnic races. A scientific study of such plants has been made by BSI. A number of detailed ethno-botanical explorations have been conducted in different tribal areas of the country. More than 800 plant species of ethno-botanical interest have been collected and identified at different centres. Owing to destruction of forests for agricultural, industrial and urban development, several Indian plants are facing extinction. About 1,336 plant species are considered vulnerable and endangered. About 20 species of higher plants are categorised as possibly extinct as these have not been sighted during the last 6-10 decades. BSI brings out an inventory of endangered plants in the form of a publication titled Red Data Book.

Telugu Novels By Yandamuri Veerendranath

Tags: Telugu, Telugu Books, Telugu Navalalu, ,Yandamoori Veerendranath - Books & Literature,Telugu Novels By Yandamuri Veerendranath




























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yandamuri veerendranath personality development books.pdf

Tags:yandamuri veerendranath personality development books.pdf,Download Pdf Format Yandamuri Novels,Yandamoori Veerendranath - Books & Literature.




 Ladies Hostel


Nallanchu Tella Cheera

Abhilasha
Stuvart Puram Police station
13-14-15
 Duppatlo Minnagu




Annie Besant







                                                      “So long as I can serve India, I shall continue to do so. I love the Indian people as I love none other”, so wrote Annie Besant, in her paper ‘New India’. Born of Irish parents in London on October 1, 1847, Annie Besant made India her home since the day in November, 1893, when she landed at Tuticorin in Tamilnadu. Mahatma Gandhi once said about her that she awakened India from her deep slumber.  Few women of her generation had done so much to change people’s minds, beliefs, and attitudes. Till her 46th year when she came to India, Dr. Besant passed through several phases of life including, housewife, and propagator of atheism, trade unionist, feminist leader and Fabian socialist. By 1889, there was scarcely any modern reform in England for which she had not written, spoken, worked, and suffered. In 1908 Annie Besant became President of the Theosophical Society and began to steer the society away from Buddhism and towards Hinduism.  Once in India she totally involved herself with the country’s problem. With the theosophical society at Adyar in Madras (now Chennai) as her headquarters, she worked with tireless zeal for the freedom of the country. She named her movement ‘Home Rule’. She started a paper called ‘New India’ for carrying on her furious agendas. She attended for the first time the 1914 session of the Indian national congress and later on became its first woman president in 1917. In the meantime she launched the home rule league but failed to get the support of Balgangadher Tilak who has also started his own home rule league. She was opposed to the Satyagraha movement of Gandhiji as she was a constitutionalist.  Dr. Besant was associated with the scouts, movement from 1917 and the women’s Indian association from the same year. She started many educational institutions including the national college at Madanappalli and Hindu college at Banaras. She delivered the kamala lectures of the Calcutta University in 1925.  “She tried to follow truth”, she wanted these words to be her epitaph. With her passing away on September 21, 1933 the life of a great political leader, a social reformer and a standard- bearer of Indian culture came to an end.

Mauryan Empire timeline,




By the end of the sixth century B.C., India's northwest was integrated into the Persian Achaemenid Empire and became one of its satrapies. This integration marked the beginning of administrative contacts between Central Asia and India.

Although Indian accounts to a large extent ignored Alexander the Great's Indus campaign in 326 B.C., Greek writers recorded their impressions of the general conditions prevailing in South Asia during this period. Thus, the year 326 B.C. provides the first clear and historically verifiable date in Indian history. A two-way cultural fusion between several Indo-Greek elements--especially in art, architecture, and coinage--occurred in the next several hundred years. North India's political landscape was transformed by the emergence of Magadha in the eastern Indo-Gangetic Plain. In 322 B.C., Magadha, under the rule of Chandragupta Maurya, began to assert its hegemony over neighboring areas. Chandragupta, who ruled from 324 to 301 B.C., was the architect of the first Indian imperial power--the Mauryan Empire (326-184 B.C.)--whose capital was Pataliputra, near modern-day Patna, in Bihar.

Situated on rich alluvial soil and near mineral deposits, especially iron, Magadha was at the center of bustling commerce and trade. The capital was a city of magnificent palaces, temples, a university, a library, gardens, and parks, as reported by Megasthenes, the third-century B.C. Greek historian and ambassador to the Mauryan court. Legend states that Chandragupta's success was due in large measure to his adviser Kautilya, the Brahman author of the Arthashastra (Science of Material Gain), a textbook that outlined governmental administration and political strategy. There was a highly centralized and hierarchical government with a large staff, which regulated tax collection, trade and commerce, industrial arts, mining, vital statistics, welfare of foreigners, maintenance of public places including markets and temples, and prostitutes. A large standing army and a well-developed espionage system were maintained. The empire was divided into provinces, districts, and villages governed by a host of centrally appointed local officials, who replicated the functions of the central administration.

Ashoka, grandson of Chandragupta, ruled from 269 to 232 B.C. and was one of India's most illustrious rulers. Ashoka's inscriptions chiseled on rocks and stone pillars located at strategic locations throughout his empire--such as Lampaka (Laghman in modern Afghanistan), Mahastan (in modern Bangladesh), and Brahmagiri (in Karnataka)--constitute the second set of datable historical records. According to some of the inscriptions, in the aftermath of the carnage resulting from his campaign against the powerful kingdom of Kalinga (modern Orissa), Ashoka renounced bloodshed and pursued a policy of nonviolence or ahimsa, espousing a theory of rule by righteousness. His toleration for different religious beliefs and languages reflected the realities of India's regional pluralism although he personally seems to have followed Buddhism (see Buddhism, ch. 3). Early Buddhist stories assert that he convened a Buddhist council at his capital, regularly undertook tours within his realm, and sent Buddhist missionary ambassadors to Sri Lanka.Contacts established with the Hellenistic world in The Mauryan Empire the reign of Ashoka's predecessors served him well. He sent diplomatic-cum-religious missions to the rulers of Syria, Macedonia, and Epirus, who learned about India's religious traditions, especially Buddhism. India's northwest retained many Persian cultural elements, which might explain Ashoka's rock inscriptions--such inscriptions were commonly associated with Persian rulers. Ashoka's Greek and Aramaic inscriptions found in Kandahar in Afghanistan may also reveal his desire to maintain ties with people outside of India.

After the disintegration of the Mauryan Empire in the second century B.C., South Asia became a collage of regional powers with overlapping boundaries. India's unguarded northwestern border again attracted a series of invaders between 200 B.C. and A.D. 300. As the Aryans had done, the invaders became "Indianized" in the process of their conquest and settlement. Also, this period witnessed remarkable intellectual and artistic achievements inspired by cultural diffusion and syncretism. The Indo-Greeks, or the Bactrians, of the northwest contributed to the development of numismatics; they were followed by another group, the Shakas (or Scythians), from the steppes of Central Asia, who settled in western India. Still other nomadic people, the Yuezhi, who were forced out of the Inner Asian steppes of Mongolia, drove the Shakas out of northwestern India and established the Kushana Kingdom (first century B.C.-third century A.D.). The Kushana Kingdom controlled parts of Afghanistan and Iran, and in India the realm stretched from Purushapura (modern Peshawar, Pakistan) in the northwest, to Varanasi (Uttar Pradesh) in the east, and to Sanchi (Madhya Pradesh) in the south. For a short period, the kingdom reached still farther east, to Pataliputra. The Kushana Kingdom was the crucible of trade among the Indian, Persian, Chinese, and Roman empires and controlled a critical part of the legendary Silk Road. Kanishka, who reigned for two decades starting around A.D. 78, was the most noteworthy Kushana ruler. He converted to Buddhism and convened a great Buddhist council in Kashmir. The Kushanas were patrons of Gandharan art, a synthesis between Greek and Indian styles, and Sanskrit literature. They initiated a new era called Shaka in A.D. 78, and their calendar, which was formally recognized by India for civil purposes starting on March 22, 1957, is still in use.The Mauryan Empire page

From their original settlements in the Punjab region, the Aryans gradually began to penetrate eastward, clearing dense forests and establishing "tribal" settlements along the Ganga & Yamuna ( Jamuna ) plains between 1500 and ca. 800 B.C. By around 500 B.C., most of northern India was inhabited and had been brought under cultivation, facilitating the increasing knowledge of the use of iron implements, including ox-drawn plows, and spurred by the growing population that provided voluntary and forced labor. As riverine and inland trade flourished, many towns along the Ganga became centers of trade, culture, and luxurious living. Increasing population and surplus production provided the bases for the emergence of independent states with fluid territorial boundaries over which disputes frequently arose. The rudimentary administrative system headed by tribal chieftains was transformed by a number of regional republics or hereditary monarchies that devised ways to appropriate revenue and to conscript labor for expanding the areas of settlement and agriculture farther east and south, beyond the Narmada River. These emergent states collected revenue through officials, maintained armies, and built new cities and highways. By 600 B.C., sixteen such territorial powers--including the Magadha, Kosala, Kuru, and Gandhara--stretched across the North India plains from modern-day Afghanistan to Bangladesh. The right of a king to his throne, no matter how it was gained, was usually legitimized through elaborate sacrifice rituals and genealogies concocted by priests who ascribed to the king divine or superhuman origins. The victory of good over evil is epitomized in the epic Ramayana (The Travels of Rama, or Ram in the preferred modern form), while another epic, Mahabharata (Great Battle of the Descendants of Bharata), spells out the concept of dharma and duty. More than 2,500 years later, Mohandas Karamchand (Mahatma) Gandhi, the father of modern India, used these concepts in the fight for independence (see Mahatma Gandhi, this ch.). The Mahabharata records the feud between Aryan cousins that culminated in an epic battle in which both gods and mortals from many lands allegedly fought to the death, and the Ramayana recounts the kidnapping of Sita, Rama's wife, by Ravana, a demonic king of Lanka (Sri Lanka), her rescue by her husband (aided by his animal allies), and Rama's coronation, leading to a period of prosperity and justice. In the late twentieth century, these epics remain dear to the hearts of Hindus and are commonly read and enacted in many settings. In the 1980s and 1990s, Ram's story has been exploited by Hindu militants and politicians to gain power, and the much disputed Ramjanmabhumi, the birth site of Ram, has become an extremely sensitive communal issue, potentially pitting Hindu majority against Muslim minority (see Public Worship, ch. 3; Political Issues, ch. 8). Indian Kingdom page.Library of congress 1995

Tags: LEARN ABOUT ANCIENT INDIA KINGDOMS, INDIAN RULERS & ANCIENT INDIAN EMPIRES



    From their original settlements in the Punjab region, the Aryans gradually began to penetrate eastward, clearing dense forests and establishing "tribal" settlements along the Ganga & Yamuna ( Jamuna ) plains between 1500 and ca. 800 B.C. By around 500 B.C., most of northern India was inhabited and had been brought under cultivation, facilitating the increasing knowledge of the use of iron implements, including ox-drawn plows, and spurred by the growing population that provided voluntary and forced labor.  As riverine and inland trade flourished, many towns along the Ganga became centers of trade, culture, and luxurious living. Increasing population and surplus production provided the bases for the emergence of independent states with fluid territorial boundaries over which disputes frequently arose.  The rudimentary administrative system headed by tribal chieftains was transformed by a number of regional republics or hereditary monarchies that devised ways to appropriate revenue and to conscript labor for expanding the areas of settlement and agriculture farther east and south, beyond the Narmada River. These emergent states collected revenue through officials, maintained armies, and built new cities and highways. By 600 B.C., sixteen such territorial powers--including the Magadha, Kosala, Kuru, and Gandhara--stretched across the North India plains from modern-day Afghanistan to Bangladesh. The right of a king to his throne, no matter how it was gained, was usually legitimized through elaborate sacrifice rituals and genealogies concocted by priests who ascribed to the king divine or superhuman origins.     The victory of good over evil is epitomized in the epic Ramayana (The Travels of Rama, or Ram in the preferred modern form), while another epic, Mahabharata (Great Battle of the Descendants of Bharata), spells out the concept of dharma and duty. More than 2,500 years later, Mohandas Karamchand (Mahatma) Gandhi, the father of modern India, used these concepts in the fight for independence (see Mahatma Gandhi, this ch.).  The Mahabharata records the feud between Aryan cousins that culminated in an epic battle in which both gods and mortals from many lands allegedly fought to the death, and the Ramayana recounts the kidnapping of Sita, Rama's wife, by Ravana, a demonic king of Lanka (Sri Lanka), her rescue by her husband (aided by his animal allies), and Rama's coronation, leading to a period of prosperity and justice.  In the late twentieth century, these epics remain dear to the hearts of Hindus and are commonly read and enacted in many settings. In the 1980s and 1990s, Ram's story has been exploited by Hindu militants and politicians to gain power, and the much disputed Ramjanmabhumi, the birth site of Ram, has become an extremely sensitive communal issue, potentially pitting Hindu majority against Muslim minority (see Public Worship, ch. 3; Political Issues, ch. 8). Indian Kingdom page.Library of congress 1995

Friday, October 5, 2012

APSET -2012 Results

Tags:AP SET Result 2012 | OU SET Result 2012 From www.apset.org, AP SET results Download From OU Official Website of www.apset.org



 








Tags:AP SET Result 2012 | OU SET Result 2012 From www.apset.org, AP SET results Download From OU Official Website of www.apset.org

Tuesday, October 2, 2012

Gandhi Jayanti - A tribute to 'Father of the Nation'






Gandhi Jayanti or Mahatma Gandhi Jayanti is observed every year as a national holiday to commemorate the birth of Mohandas Karamchand Gandhi (October 2, 1869 - January 30, 1948). His non-violence or satyagraha continues to influence political leaders and movements till date. The celebration and essence of Gandhi Jayanti is not restricted within India and also observed by the United Nations as the International Day of non-violence that aims to disseminate his philosophy, principle and believe in non-violence through proper education and public awareness.

Celebration of Gandhi Jayanti is also a moment to relive Mohandas Gandhi's life and contribution in India's Independence. Born in a small coastal town Porbandar in Gujarat, Gandhi married Kasturbai Makhanji at the age of 13. His childhood memories and experiences are vividly depicted by him in his autobiography My experiments with truth. Gandhi at the age of 18 went to England to study law and returned to India in 1915. After his homecoming, he led nationwide stir for achieving Sawaraj, abolition of social evils, empowering women rights and improving economic conditions of peasants and farmers. He further strengthened his movement against the British Raj and led Indians in protesting Dandi March Salt in 1930 that was later followed by the popular Quit India in 1942 calling British to leave India.

At Raj Ghat, New Delhi, and across India, people gather to observe Gandhi Jayanti in innovative ways that includes offering flowers on Gandhi's pictures, statues and singing his favourite devotional song Raghupati Raghava Raja Ram.

The government offices, banks, schools and post offices remain closed on Gandhi Jayanti to pay homage to 'Father of the Nation'. Additionally, as a tribute to this great soul, the Indian government mint rupee notes and also issue postage stamp depicting Mahatma Gandhi's photo. In May 19, 2011 at Geneva, a 1948 10 Rupee Mahatma Gandhi stamp was auctioned for a whopping price of US $205,000 making it a world record as the most pricey modern postal stamp from any country.

Many ardent followers make effort to preserve Gandhi's belongings, works and writings through various means with the support of governments and non-profit organizations. Online portals are also acting as major contributors in preserving and providing information on Mahatma Gandhi and about Gandhi Jayanti celebration.

The significance of Gandhi Jayanti celebration transcends beyond commemorating Mahatma Gandhi's birth and his life as followers renounce violence and entirely devote themselves to Gandhi's philosophy and principles of Ahimsa i.e living a life by following non-violence.

The celebration of Gandhi Jayanti conventionally kicks off by singing praers, offering flowers, lighting candles and garlanding Gandhiji's photo or statue. Mahatma Gandhi's life and principles has inspired lives of all ages. And if you are enthusiastic to explore more about him and Gandhi Jayanti, then Gandhi Jayanti 2012 is the right time to become familiar with his perpetual and valuable philosophy, and also his role as an architect of Indian Independence.



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Acid Rain


Asia is currently the region most affected by acidification.
Acid rain primarily results from the transformation of sulphur dioxide (SO2) and nitrogen oxides into sulphuric acid (H2SO4), ammonium nitrate (NH4NO3) and nitric acid (HNO3). The transformation of SO2 and NO2 to acidic particles and vapours occurs as these pollutants are transported in the atmosphere over distances of hundreds to thousands of kilometres. Wet deposition is acid rain, the process by which acids with a pH normally below 5.6 are removed from the atmosphere in rain, snow, sleet or hail. The gases can then be converted into acids when they contact water.
A pH scale is used to measure the amount of acid in liquid-like water. Because acids release hydrogen ions, the acid content of a solution is based on the concentration of hydrogen ions and is expressed as "pH." This scale is used to measure the acidity of rain samples.
The smaller the number on the pH scale, the more acidic the substance is. Rain measuring between 0 and 5 on the pH scale is acidic and therefore called "acid rain." Small number changes on the pH scale actually mean large changes in acidity.

Causes of Acid rain
Sulphur dioxide (SO2) is generally a by-product of industrial processes and burning of fossil fuels. Ore smelting, coal-fired power generators and natural gas processing are the main contributors.
The main source of NOx emissions is the combustion of fuels in motor vehicles, residential and commercial furnaces, industrial and electrical-utility boilers and engines, and other equipment.
Effect of acidic rain on aquatic ecosystems
Most biological life survives best within a narrow range of pH levels, near neutral or 7.0. Aquatic vegetation and animal life vary in their susceptibility to changes in pH; some species are more acid-tolerant than others. Species higher up the food chain that relies on these organisms for food will be affected. If the pH levels drop below 5.0 most fish species are affected.
Effect of acidic rain on soils and plant growth
Some plants are tolerant of acidic conditions, while others are not. Acidic soils may affect microorganisms in the soil, which play important roles in plant growth. Acidity affects the availability of nutrients that are essential for plant growth . Nitrogen is a nutrient and at certain levels, nitrogen deposition from air emissions has increased growth of vegetation; however, at higher levels, excess nutrients can reduce plant growth. Plant leaves get burnt and dry.
Effect of acid rain on buildings and materials
Acidic rain is corrosive of metals and alkaline building materials such as marble and limestone. Urban areas subject to high levels of automobile exhaust and other sources of acidic rain have experienced significant weathering of statues and building materials. The important example of this is Taj Mahal, which looks darkened or yellow due to Acid rain caused by oil refinery near by.
Effect of acid rain on health
Acidic rain does not affect human health directly; however, the particulate matter associated with acid rain has been shown to have adverse health effects, particularly among those who have respiratory disorders. There is also some concern that acidic rain could contribute to leaching of toxins such as mercury that could be carried by runoff into bodies of water, contributing to environmental sources of this toxin.
The following are some more specific suggestions on what you, as an individual, can do:
In the home
* Run the washing machine with a full load.
* Hang dry some-or all-of the laundry.
* Buy energy-efficient appliances.
* Avoid the use of air conditioners altogether.
* Turn out the lights in empty rooms and when away from home.
* Consider installing compact fluorescent bulbs instead of high-wattage incandescent bulbs.
* If you have a forced-air furnace, change or clean its filters at least once a year.
* Avoid burning trash or leaves

While shopping
* Look for products bearing the EcoLogo. They minimize the use of environmentally hazardous substances and maximize energy efficiency and the use of recycled materials.
* Buy locally produced or grown items from local stores and businesses. They don't require the transportation energy of imported products.
* Transportation
* Walk, ride your bike or take a bus to work.
* Share a ride with a friend or co-worker.
* Have your engine tuned at least once every six months.
* Check your car tyre pressure regularly.
* Use alternative fuels, such as ethanol, propane or natural gas.
* Avoid unnecessary idling.
* Reduce the number of trips you make in your car.
* Drive at moderate speeds.
* Take the train or bus on long trips.
* Go CFC-Free. Control emission from vehicle. Check it regularly.
Conserve energy. Reduction in demand for oil and coal reduces the amount of acid rain.


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