Respuesta :
An electron has a negative charge of one
An neutron has no charge (hence, neutral)
An proton has a positive charge of one
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As we know that the charge of the electron is equivalent to the magnitude of the elementary charge that is (e) but bearing a negative sign.
Since, the value of the elementary charge is roughly
[tex]1.602 \: \times \: {10}^{ - 19} C[/tex]
then, the charge of the electron is :
[tex] - 1.602 \: \times \: {10}^{ - 19} C[/tex]
Here, C is the unit of charge is Coulomb.
So, the charge on an electron is (-1).
_____________________________
As we know that the charge of the electron is equivalent to the magnitude of the elementary charge that is (e) but bearing a negative sign.
Since, the value of the elementary charge is roughly
[tex]1.602 \: \times \: {10}^{ - 19} C[/tex]
then, the charge of the electron is :
[tex] - 1.602 \: \times \: {10}^{ - 19} C[/tex]
Here, C is the unit of charge is Coulomb.
So, the charge on an electron is (-1).
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