19.3 Electrical Potential Due to a Point Charge Point charges, such as electrons, are among the fundamental building blocks of matter. Furthermore, spherical charge distributions (like on a metal sphere) create external electric fields exactly like a point charge. The electric potential due to a point charge is, thus, a case we need to consider. Using calculus to find the work needed to move a test charge q from a large distance away to a distance of r from a point charge Q, and noting the connection between work and potential (W = - qAV), it can be shown that the electric potential V of a point charge is (19.37) V = (Point Charge), kQ where k is a constant equal to 9.0x10° N · m²/C² .
19.3 Electrical Potential Due to a Point Charge Point charges, such as electrons, are among the fundamental building blocks of matter. Furthermore, spherical charge distributions (like on a metal sphere) create external electric fields exactly like a point charge. The electric potential due to a point charge is, thus, a case we need to consider. Using calculus to find the work needed to move a test charge q from a large distance away to a distance of r from a point charge Q, and noting the connection between work and potential (W = - qAV), it can be shown that the electric potential V of a point charge is (19.37) V = (Point Charge), kQ where k is a constant equal to 9.0x10° N · m²/C² .
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Electrical Potential Due to a Point Charge
• Explain point charges and express the equation for electric potential of a point charge.
• Distinguish between electric potential and electric field.
• Determine the electric potential of a point charge given charge and distance.
![19.3 Electrical Potential Due to a Point Charge
Point charges, such as electrons, are among the fundamental building blocks of matter. Furthermore, spherical charge
distributions (like on a metal sphere) create external electric fields exactly like a point charge. The electric potential due to a point
charge is, thus, a case we need to consider. Using calculus to find the work needed to move a test charge q from a large
distance away to a distance of r from a point charge Q, and noting the connection between work and potential
(W = - qAV), it can be shown that the electric potential V of a point charge is
(19.37)
V = (Point Charge),
kQ
where k is a constant equal to 9.0x10° N · m²/C² .](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6df7e854-990c-458a-a252-17a57adc32a6%2F2b154e8f-8678-473b-aeef-a702b98be5de%2Fbauuff.png&w=3840&q=75)
Transcribed Image Text:19.3 Electrical Potential Due to a Point Charge
Point charges, such as electrons, are among the fundamental building blocks of matter. Furthermore, spherical charge
distributions (like on a metal sphere) create external electric fields exactly like a point charge. The electric potential due to a point
charge is, thus, a case we need to consider. Using calculus to find the work needed to move a test charge q from a large
distance away to a distance of r from a point charge Q, and noting the connection between work and potential
(W = - qAV), it can be shown that the electric potential V of a point charge is
(19.37)
V = (Point Charge),
kQ
where k is a constant equal to 9.0x10° N · m²/C² .
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