Does a proton signify lack of electrons?

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The discussion clarifies that protons are positively charged particles found in the nucleus of an atom, while electrons are negatively charged particles that orbit around the nucleus. When electrons are transferred between objects, the object losing electrons becomes positively charged, indicating an imbalance in charge. Protons do not signify a loss of electrons; rather, they are fundamental components of atomic structure, remaining fixed in the nucleus while electrons are mobile. This understanding is crucial for grasping basic atomic theory and charge interactions.

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I have learned that by rubbing, electrons are transferred from one object to another, making the gainer negatively charged and the loser positively charged.

I also know that a proton is positively charged.

Does it signify that a proton was once an entity that has lost its electrons?
 
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Since atoms are made of equal numbers of protons and electrons (and neutrons, but they don't make charge), when the electrons are transferred it leaves an atom with more of one or the other. Protons themselves are particles that have a positive charge, while electrons are particles that have the same amount of charge, only negative.
 
An atom consists of a tiny nucleus where the Protons and Neutrons reside, and a "cloud" of electrons. Electrons are far less massive than protons are and their position as the outside of the atom allows them to easily move around compared to protons. For a proton to move around the entire atom would have to move as well. Hence only electrons are transferred when you rub things together.
http://en.wikipedia.org/wiki/Atom
 

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