Three point charges are situated at the vertices of a rect- angle with a top-to-bottom length l right width w = +3.0 nC), occupy the top two vertices, and Q3 occupies the bottom-left vertex. The remaining vertex is un- occupied. What is the electric potential at the unoccupied vertex? Take the electric potential to be zero when you are = 60 cm and a left-to- 80 cm. Q1 and Q2 (each with a charge of -4.0 nC infinitely far away from all of the charges.
Three point charges are situated at the vertices of a rect- angle with a top-to-bottom length l right width w = +3.0 nC), occupy the top two vertices, and Q3 occupies the bottom-left vertex. The remaining vertex is un- occupied. What is the electric potential at the unoccupied vertex? Take the electric potential to be zero when you are = 60 cm and a left-to- 80 cm. Q1 and Q2 (each with a charge of -4.0 nC infinitely far away from all of the charges.
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Transcribed Image Text:Three point charges are situated at the vertices of a rect-
angle with a top-to-bottom length l
= 60 cm and a left-to-
right width w
80 cm. Q1 and Q2 (each with a charge of
+3.0 nC), occupy the top two vertices, and Q3
occupies the bottom-left vertex. The remaining vertex is un-
occupied. What is the electric potential at the unoccupied
vertex? Take the electric potential to be zero when you are
-4.0 nC
infinitely far away from all of the charges.
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