Suppose that all the electrons are removed from a copper coin, whose mass is 2.7 g, and they are placed at 2 meters from the remaining copper nucleus. What is the magnitude of the electrical attractive force on electrons? In each copper atom there are 29 electrons. 9 mol' (Consider: M = 55,8- NA = 6,022x1023 atoms mol
Suppose that all the electrons are removed from a copper coin, whose mass is 2.7 g, and they are placed at 2 meters from the remaining copper nucleus. What is the magnitude of the electrical attractive force on electrons? In each copper atom there are 29 electrons. 9 mol' (Consider: M = 55,8- NA = 6,022x1023 atoms mol
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Transcribed Image Text:Suppose that all the electrons are removed from a copper coin, whose mass is 2.7 g, and they are placed
at 2 meters from the remaining copper nucleus. What is the magnitude of the electrical attractive force
on electrons? In each copper atom there are 29 electrons.
9
mol'
(Consider: M = 55,8- NA
=
= 6,022x1023 atoms
mol
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