Three point charges, Q1, Q2, and q, are located in the in the x-y-plane with Q1 = +5 µ C, located at (X1, y1) Q2 = +8 µ C, Ilocated at (x2, y2) = (8cm, Ocm) C, located at (Xp, YP) = (Ocm, 2cm) %D -7 µ = (3cm, 6cm) Make a BIG DRAWING (1 page) of this before you start!! х-ахis, Draw and label: y-axis, Q1, Q2,
Three point charges, Q1, Q2, and q, are located in the in the x-y-plane with Q1 = +5 µ C, located at (X1, y1) Q2 = +8 µ C, Ilocated at (x2, y2) = (8cm, Ocm) C, located at (Xp, YP) = (Ocm, 2cm) %D -7 µ = (3cm, 6cm) Make a BIG DRAWING (1 page) of this before you start!! х-ахis, Draw and label: y-axis, Q1, Q2,
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Question
(A) Find the x- and y-components of the vector of the net force, Fnet,
exerted by Q1 and Q2 on q:
Fnet,x = ? Fnet,y = ?
(B) Find the magnitude of the net force, exerted by Q1 and Q2 on q:
Fnet := |Fnet| = ?
(C) Draw the net force vector Fnet in the x-y-plane and find the angle, θ, enclosed between Fnet and +x-direction (x'):
θ=≮(Fnet ,x')=?
State θ as a positive number if Fnet points in a direction above the x-
axis, else as a negative number, with
// −180 <θ≤+180.
Hint: In the drawing, be careful to show correctly into which quadrant of the x-y-plane the vector Fnet is pointing.
Transcribed Image Text:Three point charges, Q1, Q2, and q, are located in the in the x-y-plane
with
Q1 =
+5 µ C, located at (X1, y1)
Q2 = +8 µ C, Ilocated at (x2, y2) = (8cm, Ocm)
C, located at (Xp, YP)
= (Ocm, 2cm)
%D
-7 µ = (3cm, 6cm)
Make a BIG DRAWING (1 page) of this before you start!!
х-ахis,
Draw and label:
y-axis, Q1, Q2,
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