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I need help creating a thesis and an outline on Alessandro Giuseppe Antonio Anastasio Volta, and His Contribution To Modern Electrical Understanding. Prepare this assignment according to the guideline
I need help creating a thesis and an outline on Alessandro Giuseppe Antonio Anastasio Volta, and His Contribution To Modern Electrical Understanding. Prepare this assignment according to the guidelines found in the APA Style Guide. An abstract is required. A brief history of his social life has been summarized below: Alessandro Giuseppe Antonio Anastasio Gerolamo Umberto Volta was born on 18th February 1745 and died on 5th March 1827. During his early life, he was considered retarded by his parents since he could not talk until he was four years of age. He married Teresa Peregrini who bore him three sons, Giovanni, Flaminio and Zannino. In terms of religion, he was a roman catholic who strongly defended Christianity against scientism. In his early college years, he proved to be exceptionally brilliant and intelligent to his lecturers.
Volta started to gain interest in electrostatics in the early 1760s. The gurus in this branch of physics were Nollet and Beccaria. Volta used to communicate to them whenever he had suggestions, interesting experiments and consultations.  .They encouraged Volta to do experiments to get a better understanding of his studies. In 1965, Volta discovered that silk, when rubbed on hand gained a positive charge while rubbing on glass made it negatively charged. He later designed a machine that proved the electrical properties of silk. To mark this development in electrostatics, he wrote a dissertation in 1769 that explained the unique principle of electrostatics.
This force was later quantified by Charles Augustine Coulomb. The measure of the electrostatic force is coulombs. Further studies show that the electrostatic force between any two bodies is dependent on the nature of the charges on both the bodies, the distance between them and the permittivity constant. Coulomb developed the following formula for measuring electrostatic force.
