# what is this

Topics: Electric charge, Electron, Electrostatics Pages: 1 (487 words) Published: November 3, 2014
Electrostatic Series and Charging by Friction Review The electrostatic series is used to determine the charge on objects charged by friction. Objects at the top of the electrostatic series have a weak hold on electrons and are electron givers. These objects lose electrons and become positively charged. Objects at the bottom of the electrostatic series have a strong hold on electrons and are electron takers. Objects at the bottom of the series gain electrons and become negatively charged. The object higher on the list always loses electrons to the objects lower on the list. The Electrostatic Series (Table 1 pg. 275) acetateglasswoolcats fur, human haircalcium, magnesium, leadsilkaluminum, zinccottonparaffin waxebonitepolyethylene (plastic)carbon, copper, nickelrubbersulfurPlatinum, goldWeak hold on electrons POSITIVE CHARGE Strong hold on electrons NEGATIVE CHARGE Think If a piece of gold is rubbed with a piece of wool, which object loses electrons Explain using the electrostatic series. The wool is at the top of the electrostatic series so will lose electrons and have a positive charge. The gold is lower on the electrostatic series so gold will gain electrons and have a negative charge. If a piece of gold is rubbed with a piece of wool, the wool loses electrons. The gold gains electrons. Wool is an electron giver and gold is an electron taker. Name one substance that will get a negative charge when rubbed on ebonite. Copper, rubber or gold Name one substance that will get a positive charge when rubbed on ebonite. acetate, glass, wool or human hair One piece of glass is rubbed with silk. A second piece of glass is rubbed with a rubber balloon. What will be the charge on both pieces of glass The glass will have a positive charge when rubbed with either silk or rubber. Which piece of glass will have a stronger charge and explain why. The glass rubbed with rubber will have a stronger positive charge because rubber and glass are further apart on the...

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