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Points R and T Are Each a Distance D from Each

Question 36

Multiple Choice

Points R and T are each a distance d from each of two particles with charges of equal magnitudes and opposite signs as shown.If k = 1/4 π\pi Points R and T are each a distance d from each of two particles with charges of equal magnitudes and opposite signs as shown.If k = 1/4 \pi , the work required to move a particle with negative charge q from R to T is: A) 0 B) kqQ/d<sup>2</sup> C) kqQ/d D) E) kQq/(2d) , the work required to move a particle with negative charge q from R to T is: Points R and T are each a distance d from each of two particles with charges of equal magnitudes and opposite signs as shown.If k = 1/4 \pi , the work required to move a particle with negative charge q from R to T is: A) 0 B) kqQ/d<sup>2</sup> C) kqQ/d D) E) kQq/(2d)


A) 0
B) kqQ/d2
C) kqQ/d
D) Points R and T are each a distance d from each of two particles with charges of equal magnitudes and opposite signs as shown.If k = 1/4 \pi , the work required to move a particle with negative charge q from R to T is: A) 0 B) kqQ/d<sup>2</sup> C) kqQ/d D) E) kQq/(2d)
E) kQq/(2d)

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