What is FOREX (Foreign Exchange)?
The simple sense of Forex (Forex currency exchange, Foreign Exchange) is simultaneous purchase and The simple sense of Forex (Forex currency exchange, Foreign Exchange) is simultaneous purchase and sale of the currency or the exchange of one country's currency for the one of another country. The world currencies do not have a fixed exchange rate and are always fluctuating, since each are traded in the currency pairs like Euro/Dollar, Dollar/Yen and others. 85% of daily trades are taken by major currencies trading.

Foreign Exchange
Market

The foreign exchange market (forex, FX, or currency market) is a global, worldwide decentralized over-the-counter financial market for trading currencies. Financial centers around the world function as anchors of trading between a wide range of different types of buyers and sellers around the clock, with the exception of weekends. The foreign exchange market determines the relative values of different currencies.
The primary purpose of the foreign exchange is to assist international trade and investment, by allowing businesses to convert one currency to another currency. For example, it permits a US business to import British goods and pay Pound Sterling, even though the business's income is in US dollars. It also supports direct speculation in the value of currencies, and the

compurtor Education

compurtor Education

Learn computer Free

Computre Hestory

The history of computing hardware is the record of the constant drive to make computer hardware faster, cheaper, and store more data.Before the development of the general-purpose computer, most calculations were done by humans. Tools to help humans calculate are generally called calculators. Calculators continue to develop, but computers add the critical element of conditional response, allowing automation of both numerical calculation and in general, automation of many symbol-manipulation tasks. Computer technology has undergone profound changes every decade since the 1940s.Computing hardware has become a platform for uses other than computation, such as automation, communication, control, entertainment, and education. Each field in turn has imposed its own requirements on the hardware, which has evolved in response to those requirements.Aside from written numerals, the first aids to computation were purely mechanical devices that required the operator to set up the initial values of an elementary arithmetic operation, then propel the device through manual manipulations to obtain the result. An example would be a slide rule where numbers are represented by points on a logarithmic scale and computation is performed by setting a cursor and aligning sliding scales. Numbers could be represented in a continuous "analog" form, where a length or other physical property was proportional to the number. Or, numbers could be represented in the form of digits, automatically manipulated by a mechanism. Although this approach required more complex mechanisms, it made for greater precision of results.Both analog and digital mechanical techniques continued to be developed, producing many practical computing machines. Electrical methods rapidly improved the speed and precision of calculating machines, at first by providing motive power for mechanical calculating devices, and later directly as the medium for representation of numbers. Numbers could be represented by voltages or currents and manipulated by linear electronic amplifiers. Or, numbers could be represented as discrete binary or decimal digits, and electrically-controlled switches and combinatorial circuits could perform mathematical operations.The invention of electronic amplifiers made calculating machines much faster than mechanical or electromechanical predecessors. Vacuum tube amplifiers gave way to discrete transistors, and then rapidly to monolithic integrated circuits. By defeating the Tyranny of numbers, integrated circuits made high-speed and low-cost digital computers a widespread commodity.This article covers major developments in the history of computing hardware, and attempts to put them in context. For a detailed timeline of events, see the computing timeline article. The history of computing article treats methods intended for pen and paper, with or without the aid of tables. Since all computers rely on digital storage, and tend to be limited by the size and speed of memory, the history of computer data storage is tied to the development of computers.

NeNasala Annual Trip

Nenasala annual picnic
Nenasala Pallebadda and Panamura Nenasala organized with together annual picnic for our E- society members. 38 members participated for this picnic including children's parent. We visited Kandy look for and offer truth Relic. We visired Ambuluwawa and Peradeniya botanical garden too.

Nenasala annual picnic
Nenasala Pallebadda and Panamura Nenasala organized with together annual picnic for our E- society members. 38 members participated for this picnic including children's parent. We visited Kandy look for and offer truth Relic. We visired Ambuluwawa and Peradeniya botanical garden too.

Mission
තොරතුරැ හා සන්නිවේදන තාක්ෂණය පහසු කාරකයක් ෙලස ෙයදා ගනිමින් ඉහළ ගුණාත්මක මානව සම්පතක් සදහා ප්‍රජාව සවිබලගැන්වීම.

Vision
දැනුවත්වීමට, ගුණවත්වීමට හා සොඛ්‍ය‍යවත්වීමට අවශ්‍යව නවීණ දැනුෙමන්, ආකල්පවලින් හා නිපුණතාවයන්ෙගන් වැඩිදියුණු වූ ජන සමාජයක් බිහිකිරීමට ග්‍රාමීය ප්‍රෙද්ශ ඉලක්ක කර ගනිමින් තොරතුරු හා සන්නිවේදන තාක්ෂණ පහසුකම් සංවර්ධනය කිරීම.

Objective
පරිගණක සාක්ෂරතාවය වැඩිදියුණු කිරීම.ග්‍රමීය ප්‍රෙද්ශවල ජනතාවට අන්තර්ජාලයට පිවිසීමට අවස්ථාව ලබාදීම.ග්‍රමීය ජනතාවගේ ෙතාරතුරැ හා සන්නිවේදන තාක්ෂණ සේවාවන් භාවිතා කිරීමට දිරිදීම.ග්‍රමීය ජන කණ්ඩායම් වල හුදකලාවීම සහ ඈත්වීම අවම කිරීම.ග්‍රමීය ජන කණ්ඩායම් සමග ගණුදෙනු කරන රාජ්‍යය සැලසුම් කරුවන්ට , සංවර්ධන අායතනවලට, ශ්ල්පීය විෙශ්ෂඥයින්ට, අධ්‍යාපන ෙව්දීන්ට සහ ෙවනත් අයට ගැමි ජනයා හා සංවාදය වැඩිදියුණු කිරීමට අවශ්‍ය පහසුකම් සැලසීම.ප්‍රජාව තුළ තොරතුරු සංස්කෘතියක් ඇති කිරීම.ප්‍රජාවෙග් සාමය, සමගිය,සහජීවනය සවිබලගැන්වීම

We would like to thank the numer of people who contributed to the establishment of Rathnapura Nenasala society.