In the figure below, spheres q1 ,q2 , and q3 have the same positive charge magnitude. Which of the following is a possible direction for the net electric field vector on q4?a)b)c)d)Correct answer is option 'D'. Can you explain this answer?

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In the figure below, spheres q₁ ,q₂ , and q₃ have the same positive charge magnitude. Which of the following is a possible direction for the net electric field vector on q₄?

Correct answer is option 'D'. Can you explain this answer?

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In the figure below, spheres q1 ,q2 , and q3 have the same positive ch...

The superposition principle means that the net electric field vector is the sum of all individual electric field vector arrows made by each charge’s interaction with the charge being affected.
If q₁ and q₂ have the same positive charge magnitude, then their electric field vector arrows should cancel out in the horizontal direction. This will occur whether q₄ has a positive or negative charge.
Since there is no other charge to influence the direction of the net electric field vector in the horizontal direction, the correct vector direction should not be angled toward the left or the right. An arrow that points straight up or straight down are possible directions for the net electric field vector.

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In the figure below, spheres q1 ,q2 , and q3 have the same positive ch...

The superposition principle means that the net electric field vector is the sum of all individual electric field vector arrows made by each charge’s interaction with the charge being affected.
If q₁ and q₂ have the same positive charge magnitude, then their electric field vector arrows should cancel out in the horizontal direction. This will occur whether q₄ has a positive or negative charge.
Since there is no other charge to influence the direction of the net electric field vector in the horizontal direction, the correct vector direction should not be angled toward the left or the right. An arrow that points straight up or straight down are possible directions for the net electric field vector.

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