1890 US Census.
The zeroth generation of computers started in 1642 - 1946. It started with the invention of pascaline by Blaise Pascal, then in 1822, Charles Babbage invented Difference Engine to compute tables for naval navigation. Then came the Tabulating machine by Herman Hollerith in 1880 for counting US census which was followed by invention of Mark I and II by Howard Eiken in 1944, which was the first US general purpose electro-mechanical computer.
It depends on how you define computer. If you include primitive calculating devices you can go all the way back to the abacus developed by the Chinese. But assuming you mean the modern computing era of computers began with Charles Babbage's "Difference Engine" in 1822, a mechanical calculator powered by steam engine. Babbage is often called the "Father of Modern Computers". The first electromechanical computer that could tabulate, compile and record data was the Hollerith's Electric Tabulating Machine in 1890, by Herman Hollerith. There were a few other electromechanical devices until the ENIAC by Mauchly and Eckart. ENIAC is the computer that is often called the First Generation Computer in computer science text books. It was developed from 1943 to 1945. It was the first general purpose computer (not just a calculator).
Tommy Flowers and Max Newman invented the Colossus computer. Its purpose was to help crack the German High Command's teletype codes that the British called "Fish".
The purpose of inventing the machine gun was to have better fire power during the wars to defends places and win positions and the war.
The purpose of mesopotamia was that if we didn't have it, the wheel would not have been invented.
Herman Hollerith invented the tabulating machine to support work in the US 1890 census, tabulating numbers for the count of population in the country.
The zeroth generation of computers started in 1642 - 1946. It started with the invention of pascaline by Blaise Pascal, then in 1822, Charles Babbage invented Difference Engine to compute tables for naval navigation. Then came the Tabulating machine by Herman Hollerith in 1880 for counting US census which was followed by invention of Mark I and II by Howard Eiken in 1944, which was the first US general purpose electro-mechanical computer.
It depends on how you define computer. If you include primitive calculating devices you can go all the way back to the abacus developed by the Chinese. But assuming you mean the modern computing era of computers began with Charles Babbage's "Difference Engine" in 1822, a mechanical calculator powered by steam engine. Babbage is often called the "Father of Modern Computers". The first electromechanical computer that could tabulate, compile and record data was the Hollerith's Electric Tabulating Machine in 1890, by Herman Hollerith. There were a few other electromechanical devices until the ENIAC by Mauchly and Eckart. ENIAC is the computer that is often called the First Generation Computer in computer science text books. It was developed from 1943 to 1945. It was the first general purpose computer (not just a calculator).
Tommy Flowers and Max Newman invented the Colossus computer. Its purpose was to help crack the German High Command's teletype codes that the British called "Fish".
Zeroth generation (1642-1946)It started with the invention of pascaline by Blaise Pascal in the year 1642! Pascaline was the first mechanical computing device.Then in 1822, Charles Babbage invented Difference Engine to compute tables for naval navigation.Babbage designed the first digital computer called Analytical Engine in 1834 but could not make it work. It had all the parts of a modern computer. The store (memory unit), mill (computational unit), and punched card as input and output.Then came the Tabulating machine by Herman Hollerith in 1880 for counting US census which was followed by invention of Mark I and II by Howard Eiken in 1944, which was the first US general purpose electro-mechanical computer.
No, a difference engine is just a very powerful automatic calculator for tabulating polynomial functions by the method of differences, but it is neither programmable nor can it perform conditional tests or logical functions. It cannot be used for any other purpose than tabulating polynomial functions.
The inventor of the machine is unknown as it is a generic term used to describe a device that performs a task. The weight of a machine can vary greatly depending on its size, type, and purpose, ranging from a few ounces to several tons.
the fridge was invented on purpose to cool things
The purpose of an ionizer machine for home use is to purify the air.
A special machine refers to a device designed for a specific task or function. A special purpose machine is a type of special machine specifically engineered for a particular job or process. Therefore, special purpose machines are a subset of special machines.
None. Samuel Slocum invented a machine that stuck pins into paper for the purpose of selling the pins he manufactured. The stapler or paper fastener was not invented until many years later.
Any machine which is used for mass production of particular component is called Special Purpose machine. please visit http://www.kasthurimmc.com/special-machines.html