Alessandro Volta, information about Alessandro Volta. Volta Alessandro was born on 18 February 1745 – 5 March 1827. He was an Italian physicist, chemist, and pioneer of electricity. And electricity, credited as an inventor of electric batteries and a methane detector. He discovered the stupa of Voltaire in 1799, and in 1800, wrote a two-part letter to the President of the Royal Society telling of the results of his experiments.
With this discovery, Volta proved that electricity could be chemically produced and rejected the conventional theory that electricity produced only by organisms. The invention of the Volta sparked a great deal of scientific excitement and led others to similar experiments, which eventually led to the development of the field of electronics.
Volta also received praise from Napoleon Bonaparte for his invention and invited to the Institute of France to showcase his invention to members of the Institute. He enjoyed a close affinity with the Emperor throughout his life and gave him numerous honors.
Volta Alessandro chaired experimental physics at the University of Pavia for almost 40 years, and his students echoed him extensively. Despite his professional success. Volta became a person leaning towards livestock. And this became even more evident in later years.
During this time he lived a life of solitude, from multiple illnesses that began in 1823 to self-sufficiency for the family and more, before his death in 1823. The electric possibilities named in his honor as the SI Unit Volt.
First life and work of volta Alessandro Volta
Volta was born on February 18, 1745, in Como, a current North American city. In 1794, Volta married Teresa Peregrini, a noblewoman from Como, with whom he raised three sons: Junciano, Flaminio and Luigi. His father, Filippo Volta, was of noble descent. His mother, Donna Madalena, came from the Inzaghi family.
In 1774, he became a professor of physics at the Royal School of Como. A year later, he developed and popularized electrophoresis, a device that produces steady electricity.
His propaganda was so prolific that it was often a credit to his invention, though the machine operated on the same principle described by the Swedish experimenter Johann Wilke in 1762.
In 1777, he traveled through Switzerland. There he h. B. Dee made friends with Saussure. Between 1776 and 1778 Volta studied the chemistry of gas. He read a paper by Benjamin Franklin in the United States on “combustible air” and discovered methane.
In November 1776, he received methane at Leigh Maggiore, and in 1878 he was able to disintegrate methane. He experimented with methane burning by electric sparks in a closed container.
Volta now also studies what we call electric capacitance, developing separate ways to study both electric potential (V) and charge (Q), and discover that they are proportional to a given object.
This is called the voltage capacitance law, and the voltage potential unit has been named volt for this purpose.
In 1779 he became a professor of experimental physics at the University of Pavia, a chair he held for almost 40 years.
Alessandro Volta and Galvani
When the Italian physicist Luigi Galvani discovered something called “animal lightning”, the two frog’s legs connected the frog’s legs to the series and connected to each other.
Volta realized that the frog’s legs serve as two power conductors (which we will now call an electrolyte) and a power detector. He also realized that the frog’s legs were irrelevant to the electric current, which caused by two separate metals.
He replaced the leg of the frog with brine-soaked paper and from his previous research identified the flow of electricity in other ways he knew.
In this way, he discovers the electronic chemical series and the law that the electromotive force (MF) of a galvanic cell, consisting of a single metal electrode separated by an electron, gives the difference between their two electronic possibilities (thus, two identical electrons and one common electrolyte zero net MF). This can be called the Volta Law of Electric Chemical Series.
In 1800, as a result of professional disagreements over the galvanic response raised in favor of Galvani, Volta discovered the Voltaic Pile, a primary electric battery, which created a steady electric current.
Volta determined that zinc and copper were the most effective pairs of different metals to produce electricity.
At first, he consistently experimented with individual cells, each cell containing a void Gbelt filled with two different electrodes submerged.
Volta paid tribute to the influence of William Nicholson, Tiberius Cavallo, and Abraham Bennett during the announcement of the discovery of Voltaic’s stupa. The battery, made with Volta credited as one of the first electronic chemical cells. It consists of two electrodes.
One is made of zinc, the other is copper. Electrolytes either mixed with sulfuric acid water or a form of saline water. Electrolytes are available in 2H + and SO42− sizes –
Zinc reacts with negatively charged sulfate (SO42−) at higher altitudes in electrical chemicals than both copper and hydrogen. Positively charged hydrogen ions (proton) receive electrons from copper, forming bubbles of hydrogen gas, H2.
This makes the zinc rod negatively electronic and the copper rod positively electronic. So, there are two terminals, and an electric current will flow when they connected. The chemical reactions in these voltaic cells are as follows.
The copper does not react, rather it acts as an electron for electrical currents. However, there are some disadvantages to this house. It is unsafe to handle, as sulfuric acid can be dangerous even when thin.
Also, over time the energy of the cells decreases as hydrogen gas not released. Instead, it deposited on the surface of the copper electrode and creates a barrier between the metal and the electrolyte solution.
Last year and retirement
In 1809 Volta became an affiliated member of the Royal Institute of the Netherlands. In honor of his work, Volta was a calculation in 1810 by Napoleon Bonaparte. Volta retired to his estate in Camango, part of Como, Italy, in 1819, now named “Camango Volta” in his honor.
He died there in 1827, just after his 82nd birthday. The remains of Volta buried in the Kemnago Volta.
Volta’s legacy celebrated at the Tempeo Valtiano Memorial in the public gardens along the lake. A museum has also been built in his honor, which showcased some of the equipment used to conduct the Volta test. Located nearby is the Villa Olmo, which houses the Voltan Foundation, a company that promotes scientific activities.
Volta carried out his experimental research and discovered his first discoveries near Como. His image illustrated in an Italian 10,000 Learn Note (1990-1997) with a sketch of the Voltaic Pile. In late 2017, Nvidia announced a new workstation-centered microarchitecture, named after Pascal’s successor and Volta’s successor to Turing. The first graphics cards featured by Volta released in December 2017, with two more being released during 2018
Volta raised as a Catholic and lived his faith all his life. Since his family did not expect him to be ordained a priest, he sometimes accused of being unpopular, and some people speculated about his potential mistrust, saying “he did not attend church”, or that he virtually “ignored the church’s call.” Insisted. Nevertheless, he doubted the declaration of faith so that he said:
How can I doubt the sincerity and constancy of my affiliation with the religion that I believe in, the Roman, Catholic, and Apostolic religion that I born and cherished, and that I have always confessed, both externally and internally?
I have truly and only often failed to do what is good, which is the mark of a Catholic Christian, and I have been guilty of many sins. However, through the grace of God, I have never been small in my faith.
In this belief I acknowledge the pure gift of the Shawar, a supernatural grace; However, I did not disregard the humane ways that affirm faith and occasionally dispel doubts that arise.
I have carefully studied the foundations and foundations of religion, the actions of the harmful and invasive, and the causes against it, and I can say that the only natural reason for such a study is that religion is to be clothed in such a possibility, that every soul, free of sin and passion, is very natural. The noble soul must love and accept it.
This confession that has been asked of me and which I have voluntarily written and subscribed to in my own hand can show you what you want with authority, because I am not ashamed of the gospel, it results in some good results!
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