A configuration of charges is shown below.q=5.00 nC. 5 +q 10 +3q x (cm) -2q In your notebook, draw the electric field vectors due to all charges at the point x=11 cm. Deduce the direction of the net electric field. Use the applet below to show the direction of the net electric field at x 11 cm due to all the charges. -q Orient the electric field vector at x = 11 cm in the correct direction based on the magnitude and position of the charges by dragging and dropping the vector head. Note: the vector must be within +15° of the correct direction.

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A configuration of charges is shown below. q-5.00 nC.
0 cm
-2q
+3q
In your notebook, draw the electric field vectors due to all charges at the point x=11 cm.
Deduce the direction of the net electric field. Use the applet below to show the direction of the net electric
field at x 11 cm due to all the charges.
-2q
5
+9
+q
Orient the electric field vector at x = 11 cm in the correct direction based on the
magnitude and position of the charges by dragging and dropping the vector head.
Note: the vector must be within +15° of the correct direction.
·-t--1---F--
--t--4--
1 cm 2 cm 3 cm 4 cm 5 cm 6 cm 7 cm
10
+3q
8 cm
x (cm)
-q
-+---t
9 cm
-9
-|-
10 cm 11 cm 12 cm 13 cm 14 cm 15 cm
Transcribed Image Text:A configuration of charges is shown below. q-5.00 nC. 0 cm -2q +3q In your notebook, draw the electric field vectors due to all charges at the point x=11 cm. Deduce the direction of the net electric field. Use the applet below to show the direction of the net electric field at x 11 cm due to all the charges. -2q 5 +9 +q Orient the electric field vector at x = 11 cm in the correct direction based on the magnitude and position of the charges by dragging and dropping the vector head. Note: the vector must be within +15° of the correct direction. ·-t--1---F-- --t--4-- 1 cm 2 cm 3 cm 4 cm 5 cm 6 cm 7 cm 10 +3q 8 cm x (cm) -q -+---t 9 cm -9 -|- 10 cm 11 cm 12 cm 13 cm 14 cm 15 cm
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