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## when does charles babbage shines forth the difference engine and

**Ask: **when does charles babbage shines forth the difference engine and the analytical engine?

**Explanation:**

Difference Engine No. 2, drawing, c. 1848

THE ENGINES

Charles Babbage (1791-1871), computer pioneer, designed two classes of engine, Difference Engines, and Analytical Engines. Difference engines are so called because of the mathematical principle on which they are based, namely, the method of finite differences. The beauty of the method is that it uses only arithmetical addition and removes the need for multiplication and division which are more difficult to implement mechanically.

BINARY, DECIMAL AND ERROR DETECTION

Babbage’s calculating engines are decimal digital machines. They are decimal in that they use the familiar ten numbers ‘0’ to ‘9’ and they are digital in the sense that only whole numbers are recognized as valid. Number values are represented by gear wheels and each digit of a number has its own wheel. If a wheel comes to rest in a position intermediate between whole number values, the value is regarded as indeterminate and the engine is designed to jam to indicate that the integrity of the calculation has been compromised. Jamming is a form of error-detection.

Babbage considered using number systems other than decimal including binary as well as number bases 3, 4, 5, 12, 16 and 100. He settled for decimal out of engineering efficiency – to reduce the number of moving parts – as well as for their everyday familiarity.

DIFFERENCE ENGINE NO. 1

Babbage began in 1821 with Difference Engine No. 1, designed to calculate and tabulate polynomial functions. The design describes a machine to calculate a series of values and print results automatically in a table. Integral to the concept of the design is a printing apparatus mechanically coupled to the calculating section and integral to it. Difference Engine No. 1 is the first complete design for an automatic calculating engine.

From time to time Babbage changed the capacity of the Engine. The 1830 design shows a machine calculating with sixteen digits and six orders of difference. The Engine called for some 25,000 parts shared equally between the calculating section and the printer. Had it been built it would have weighed an estimated four tons and stood about eight feet high. Work was halted on the construction of the Engine in 1832 following a dispute with the engineer, Joseph Clement. Government funding was finally axed in 1842.

THE ANALYTICAL ENGINE

With the construction project stalled, and freed from the nuts and bolts of detailed construction, Babbage conceived, in 1834, a more ambitious machine, later called Analytical Engine, a general-purpose programmable computing engine.

A NEW DIFFERENCE ENGINE

With the groundbreaking work on the Analytical Engine largely complete by 1840, Babbage began to consider a new difference engine. Between 1847 and 1849 he completed the design of Difference Engine No. 2, an improved version of the original. This Engine calculates with numbers thirty-one digits long and can tabulate any polynomial up to the seventh order. The design was elegantly simple and required only approximately a third of the parts called for in Difference Engine No. 1, while providing similar computing power.

Difference Engine No. 2 and the Analytical Engine share the same design for the printer – an output device with remarkable features. It not only produces hardcopy inked printout on paper as a checking copy, but also automatically stereotypes results, that is, impresses the results on soft material, Plaster of Paris for example, which could be used as a mold from which a printing plate could be made. The apparatus typesets results automatically and allows programmable formatting i.e. allows the operator to preset the layout of results on the page. User-alterable features include variable line height, variable numbers of columns, variable column margins, automatic line wrapping or column wrapping, and leaving blank lines every several lines for ease of reading.

PHYSICAL LEGACY

Aside from a few partially complete mechanical assemblies and test models of small working sections, none of Babbage’s designs was physically realized in its entirety in his lifetime. The major assembly he did complete was one-seventh of Difference Engine No. 1, a demonstration piece consisting of about 2,000 parts assembled in 1832. This works impeccably to this day and is the first successful automatic calculating device to embody mathematical rule in mechanism. A small experimental piece of the Analytical Engine was under construction at the time of Babbage’s death in 1871. Many of the small experimental assemblies survived, as does a comprehensive archive of his drawings and notebooks.

The designs for Babbage’s vast mechanical computing engines rank as one of the startling intellectual achievements of the 19th century. It is only in recent decades that his work has been studied in detail and that the extent of what he accomplished becomes increasingly evident.

## when did king Charles became alive?

**Ask: **when did king Charles became alive?

**Answer:**

the king’s birthdate is November 19, 1600

King Charles birthday is on November 19,1600

## what temperature scale must be used when applying Charles law

**Ask: **what temperature scale must be used when applying Charles law

*the Kelvin **scale*

*the Kelvin*

*scale*

*The physical principle known as Charles’ law states that the volume of a gas equals a constant value multiplied by its temperature as measured on the Kelvin scale (zero Kelvin corresponds to -273.15 degrees Celsius).*

**Answer:**

**The Kelvin scale**

**Explanation:**

The physical principle known as Charles’ law states that the volume of a gas equals a constant value multiplied by its temperature as measured on the** Kelvin scale **(zero Kelvin corresponds to -273.15 degrees Celsius).

## built by king Charles of bourbon and inaugurated1737

**Ask: **built by king Charles of bourbon and inaugurated1737

**Answer:**

restorer of the kingdom naples

## charles law that for a fixed pressure when the temperature

**Ask: ** charles law that for a fixed pressure when the temperature increases the volume?

**Answer:**

Charles’s Law states that the volume of a given mass of gas varies directly with the absolute temperature of the gas when pressure is kept constant. The absolute temperature is temperature measured with the Kelvin scale.

**Explanation:**

pa brainliest ty

## 1.Why was Charles || Exiled 2. Why did He Founded

**Ask: **1.Why was Charles || Exiled

2. Why did He Founded The Granaider Guard

3. When Was Charles || death

**Answer:**

__1____.____ ____Inexperienced and untested in battle, Charles led a force into England but was quickly defeated at the Battle of Worcester, in 1651. Charles fled to the continent and spent nearly a decade in exile, forced to move from one country to another due to Cromwell’s reach.__

__3____.____ ____Charles II was born on 29 May 1630 to Charles I and his French wife, Henrietta Maria, and died on 6 February 1685.__

__sorry I don’t know the answer to 2__

__Hope ____it’s ____help ____:____)__

__#____W____o____t____a____k____o____i____S____q____u____a____d____ __

## when did charles dickens publish a christmas carol

**Ask: **when did charles dickens publish a christmas carol

He published it in 1843

Dude or hey iits 1843

## Charles when are you gonna be online?I miss you dude

**Ask: **Charles when are you gonna be online?

I miss you dude

**Answer:**

Cheer up he will soon ^-^

**Answer:**

nice? charr

**Explanation:**

thanks anyways pa brainlies answer nadin

## which of the following is constant when using the Charles'

**Ask: **which of the following is constant when using the Charles’ law

**Answer:**

Charles’s law, a statement that the volume occupied by a fixed amount of gas is directly proportional to its absolute temperature, if the pressure remains constant.

**Explanation:**

hope it’s help

## (๑˙❥˙๑)

## date when Charles Babbage died

**Ask: **date when Charles Babbage died

**Answer:**

18 October 1871 hope it helps

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