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Using Coulomb's law to solve:

Three point charges are placed at the following points on the x-axis. 2micro coulomb atbx=0 , -3micro coulomb at x =40cm and
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Suppose the rubber rod holds -3 pico-Coulomb at x=0 and the uncharged ball has +2 femto-Coulomb at x= 50mm, as well as -2
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2. asked by Anonymous
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A +50 micro coulomb and 30 micro coulomb charge are placed 50cm apart.a)what is the direction and magnitude of thee electric
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2. asked by phil
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A +50 micro coulomb and 30 micro coulomb charge are placed 50cm apart.a)what is the direction and magnitude of thee electric
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2. asked by phil
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Three charges, +2.5 micro coulomb, -4.8 micro coulomb and 6.3 micro coulomb, are located at (0.20m, .15m), (.50m, -.35m), and
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2. asked by micah
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Three charges, +2.5 micro coulomb, -4 micro coulomb and 6.3 micro coulomb, are located at (0.20m, .15m), (.50m, -.35m), and
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2. asked by micah
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Two point charges of magnitudes -6.25 nano coulomb and -12.5 nano coulomb are separated by 25.0 cm There is a point A between
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2. asked by sandhu
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How are intermolecular forces related to Coulomb’s Law?1. Coulomb’s Law describes how electronegativity changes based on
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How are intermolecular forces related to Coulomb’s Law?Coulomb’s Law describes how electronegativity changes based on
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when applying Coulomb's law to investigate the strength of a magnet at various distances, how do we find the q's in the
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