Editing 567: Urgent Mission

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{{w|Benjamin Franklin}} was one of the {{w|Founding Fathers of the United States}}. Aside from uniting most of his country against {{w|Kingdom of Great Britain|Great Britain}}'s rule, he was also a model of a {{w|renaissance man}}: an author, painter, musician, politician, postmaster, inventor, scientist, and diplomat. Some of his legacies include bifocals, the Franklin stove, an odometer for a horse-drawn carriage, the almanac, and abolitionist ideals. He has since been honored with the use of his image on the $100 bill.  
 
{{w|Benjamin Franklin}} was one of the {{w|Founding Fathers of the United States}}. Aside from uniting most of his country against {{w|Kingdom of Great Britain|Great Britain}}'s rule, he was also a model of a {{w|renaissance man}}: an author, painter, musician, politician, postmaster, inventor, scientist, and diplomat. Some of his legacies include bifocals, the Franklin stove, an odometer for a horse-drawn carriage, the almanac, and abolitionist ideals. He has since been honored with the use of his image on the $100 bill.  
  
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Franklin also did several {{w|Benjamin_Franklin#Electricity|experiments regarding electricity}}, and invented the {{w|lightning rod}}. He discovered the fundamentals of electricity, including positive and negative charges, as well as the principle of conservation of charge. When Franklin first wrote down his notes for electricity, he defined a positive charge as one left on a glass rod by rubbing it with silk, and a negative charge as one left on rubber by rubbing it with fur. Without realizing it, this meant that he had assigned a negative value to the charge on the electron, later identified as the fundamental carrier of electrical charge.
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Franklin also did several {{w|Benjamin_Franklin#Electricity|experiments regarding electricity}}, and invented the {{w|lightning rod}}. He discovered the fundamentals of electricity, including positive and negative charges, as well as the principle of conservation of charge. When Franklin first wrote down his notes for electricity, he defined a positive charge as one left on a glass rod by rubbing it with silk, and a negative change as one left on rubber by rubbing it with fur. Without realizing it, this meant that he had assigned a negative value to the charge on the electron, later identified as the fundamental carrier of electrical charge.
  
 
In an electrical circuit, we envisage the charge to be flowing from positive to negative. This is analogous to energy flowing from a region of high temperature to one of low temperature, or a fluid moving from an area of high pressure to one of low pressure.  However, because an electron is negatively charged, the actual flow of electrons is in the opposite direction, from negative to positive. This reversal of the natural expectation has caused unnecessary confusion to many fledgling engineers.
 
In an electrical circuit, we envisage the charge to be flowing from positive to negative. This is analogous to energy flowing from a region of high temperature to one of low temperature, or a fluid moving from an area of high pressure to one of low pressure.  However, because an electron is negatively charged, the actual flow of electrons is in the opposite direction, from negative to positive. This reversal of the natural expectation has caused unnecessary confusion to many fledgling engineers.

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