9₂ B Q d₁ d₂ dy d₂ Three point charges Q₁-1.02 -0. Q2--3.32 nC and Qs = 1.9 aC are shown in the figure. The distance in the figure are: d - 1 cm, dy 1.6cm, dy-1.3 cm and d,-1.10 cm. The figure is not to scale. Use k 8.99 x 10° Nm³/C² Units in WebWork (A) Find the electric potential (i.e. voltage) from each charge at A Voi Von- Von Find the total electric potential at A. VA" (B) Find the electric potential (e. voltage) from each charge at B Voi- Van- Vas- Find the total electric potential at B: V₁=
9₂ B Q d₁ d₂ dy d₂ Three point charges Q₁-1.02 -0. Q2--3.32 nC and Qs = 1.9 aC are shown in the figure. The distance in the figure are: d - 1 cm, dy 1.6cm, dy-1.3 cm and d,-1.10 cm. The figure is not to scale. Use k 8.99 x 10° Nm³/C² Units in WebWork (A) Find the electric potential (i.e. voltage) from each charge at A Voi Von- Von Find the total electric potential at A. VA" (B) Find the electric potential (e. voltage) from each charge at B Voi- Van- Vas- Find the total electric potential at B: V₁=
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Transcribed Image Text:9₂
B
Q
d₁
dy d₂
Three point charges Q₁-1.02 nC. Q:--3.32 nC and Qs = 1.9 aC are shown in the figure. The distance in the figure are: dj-1 cm, dy - 1.6cm, dy-1.3em and d,-1.10 cm.
The figure is not to scale. Use k 8.99 x 10° Nm²/C²
Units in WebWork
(A) Find the electric potential (.e. voltage) from each charge at A.
Vai
Von-
Von
Find the total electric potential at A.
VA
(B) Find the electric potential (.e. voltage) from each charge at B
Voi-
Van-
Vas-
Find the total electric potential at B
V₁=
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