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Lead forms the Pb2+ ion, as lead has an atomic number of 82, the Pb2+ ion has 80 electrons in total

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Q: How many electrons does an atom of lead have if it is positively charged?
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Related questions

Will lead gain or lose electrons?

Lead is a metal that forms a positively charged cation. It must lose electrons.


How does an atom changing into a ion lead to the ability to form compounds?

electrons are negatively charged. an ion has an incomplete circle of valence electrons. therefore a negatively charged ion will share some of its electrons with a politively charged ion so that the compound has no charge.


How many many electrons are in lead?

There are 82 protons in a lead atom, and 82 electrons in a neutral atom of lead.


How many electrons does an atom or Lead have?

Lead is a chemical metal element. There are 82 electrons in a single atom.


How many electrons in the atom Pb?

Lead is a metal element. There are 82 electrons in a single atom.


How many valence electrons are in the lead atom?

There are 4 valence electrons in lead.


How many electrons does an atom of lead contain?

Lead has 82 Protons, 82 Electrons, and 125 Neutrons. It also has a melting point of 327.5 degrees C (or621.5 degrees F)


How many electrons orbit the nucleus of a lead atom?

A total of 82 electrons


How many electrons does Pb have?

Atomic number of lead (Pb) is 82. So there are 82 protons and 82 electrons


How many valence electrons are in the outer shell of a lead atom?

4


How did Rutherford's experimental evidence lead to the development of a new atomic model?

Rutherfords gold foil experiment demonstrated the existence of the nucleus and lead to the model of a positive nucleus surrounded by electrons. This model was further developed by Bohr and then by Schroedinger and others to become the quantum mechanical model we now have with electrons in orbitals around the central positively charged nucleus..


How did Rutherford's experimental evidence lead to the development of a new model?

Rutherfords gold foil experiment demonstrated the existence of the nucleus and lead to the model of a positive nucleus surrounded by electrons. This model was further developed by Bohr and then by Schroedinger and others to become the quantum mechanical model we now have with electrons in orbitals around the central positively charged nucleus..