Two neutral polar molecules are attracted to each other. Suppose that each of them has a dipole moment p and that these dipoles are aligned along the x-axis and separated by a distance "x". Find the force exerted by the right dipole on the left as a function of "p" and "x". a) -4kp²/x³ i b) 4kp²/x³ i c) -6kp²/x¹i d) 6kp²/x+i e) -2kp²/x³i

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Two neutral polar molecules are attracted to
each other. Suppose that each of them has a
dipole moment p and that these dipoles are
aligned along the x-axis and separated by a
distance "x". Find the force exerted by the right
dipole on the left as a function of "p" and "x".
a) -4kp²/x³ i b) 4kp²/x³ i
c) -6kp²/x¹i
d) 6kp²/x+i
e) -2kp²/x³i
Transcribed Image Text:Two neutral polar molecules are attracted to each other. Suppose that each of them has a dipole moment p and that these dipoles are aligned along the x-axis and separated by a distance "x". Find the force exerted by the right dipole on the left as a function of "p" and "x". a) -4kp²/x³ i b) 4kp²/x³ i c) -6kp²/x¹i d) 6kp²/x+i e) -2kp²/x³i
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