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Q 2. In the figure below, what is the magnitude and direction of the net Coulomb force vector acted on the charge qo=q by the eight other charges placed on the circumference of a circle of radius R=100cm. Let qo=+20µC , qi=q²=qs=q+=qs=q;=qs=q=50µC and q=-q. The charge qo is held at the center of circle.

Q 2. In the figure below, what is the magnitude and direction of the net Coulomb force vector acted on the charge qo=q by the eight other charges placed on the circumference of a circle of radius R=100cm. Let qo=+20µC , qi=q²=qs=q+=qs=q;=qs=q=50µC and q=-q. The charge qo is held at the center of circle.

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 In the figure below, what is the magnitude and direction of the net Coulomb force  vector acted on the charge qO=q by the eight other charges placed on the circumference of  a circle of radius R=100cm. Let q0=+20μC , q1=q2=q3=q4=q5=q7=q8=q=50μC and q6=−q.  The charge q0 is held at the center of circle.

Q 2. In the figure below, what is the magnitude and direction of the net Coulomb force vector acted on the charge qo=q by the eight other charges placed on the circumference of a circle of radius R=100cm. Let qo=+20µC, qı=q²=q3=q«=qs=q7=qs=q=50µC and q6=-q. The charge qo is held at the center of circle. 45
Transcribed Image Text:Q 2. In the figure below, what is the magnitude and direction of the net Coulomb force vector acted on the charge qo=q by the eight other charges placed on the circumference of a circle of radius R=100cm. Let qo=+20µC, qı=q²=q3=q«=qs=q7=qs=q=50µC and q6=-q. The charge qo is held at the center of circle. 45
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