В. located along the x and y axes as shown. Charge Qi = -12*10° C is located at coordinates (-6,0) and charge Q2 = +6.0*10° C is located at coordinates (0,-3). In the diagram at right, two charges are i. Draw in and label vectors E1 and E2 at right to represent the electric fields created by charges Qi and Q2. Determine their magnitudes below and explain why you drew them the directions you did.

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In the diagram at right, two charges are
located along the x and y axes as shown. Charge
Q1 = -12*10° C is located at coordinates (-6,0)
and charge Q2 = +6.0*10° C is located at
coordinates (0,-3).
i.
Draw in and label vectors Ej and E2
at right to represent the electric fields
created by charges Qı and Q2. Determine
their magnitudes below and explain why
you drew them the directions you did.
Q2
ii.
magnitude and angle from the x-axis. Show your work.
Determine the Net Electric field at the origin, Give your answer in terms of its
If a charge q = -3.5*10° C is placed at the origin, determine the net electric force
acting on this charge, give your answer in terms of its magnitude and angle from the x-axis.
Show your work.
i1.
:=
B.
Transcribed Image Text:In the diagram at right, two charges are located along the x and y axes as shown. Charge Q1 = -12*10° C is located at coordinates (-6,0) and charge Q2 = +6.0*10° C is located at coordinates (0,-3). i. Draw in and label vectors Ej and E2 at right to represent the electric fields created by charges Qı and Q2. Determine their magnitudes below and explain why you drew them the directions you did. Q2 ii. magnitude and angle from the x-axis. Show your work. Determine the Net Electric field at the origin, Give your answer in terms of its If a charge q = -3.5*10° C is placed at the origin, determine the net electric force acting on this charge, give your answer in terms of its magnitude and angle from the x-axis. Show your work. i1. := B.
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