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Consider the electric dipole shown in the figure. If the charges each have a magnitude of 31 nC, are separated by 6.79 mm, and the external electric field has magnitude E = 66 N/C, calculate the torque (in N.nm) on the dipole when 0 = -54°. Let "out of the screen" be the direction of positive torque. N.nm

Consider the electric dipole shown in the figure. If the charges each have a magnitude of 31 nC, are separated by 6.79 mm, and the external electric field has magnitude E = 66 N/C, calculate the torque (in N.nm) on the dipole when 0 = -54°. Let "out of the screen" be the direction of positive torque. N.nm

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+ N.nm 0 IQ + Q £ ✰ ✰ ↓ O Consider the electric dipole shown in the figure. If the charges each have a magnitude of 31 nC, are separated by 6.79 mm, and the external electric field has magnitude E = 66 N/C, calculate the torque (in N.nm) on the dipole when 0 = -54°. Let "out of the screen" be the direction of positive torque. 7 BRG
Transcribed Image Text:+ N.nm 0 IQ + Q £ ✰ ✰ ↓ O Consider the electric dipole shown in the figure. If the charges each have a magnitude of 31 nC, are separated by 6.79 mm, and the external electric field has magnitude E = 66 N/C, calculate the torque (in N.nm) on the dipole when 0 = -54°. Let "out of the screen" be the direction of positive torque. 7 BRG
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