an electric dipole consists of two opposite charges of magnitude 2×10^-6 each and separated by a distance of 3 cm.it is placed in an electric field of 2×10^-5 Nc^-1. determine the maximum torque on the dipole

an electric dipole consists of two opposite charges of magnitude 2×10

1.	an electric dipole consists of two opposite charges of magnitude 2×10^-6 each and separated by a distance of 3 cm.it is placed in an electric field of 2×10^-5 Nc^-1. determine the maximum torque on the dipole
Answer» ata,CHARGES(q)=2×10−6C,DISTANCE(d)=3cm=3×10−2m ELECTRIC FIELD(E)=2×105N/C.Torque(τ)=?We KNOW that Torque(τ) to be measuredTorque=charge×distance×Electric fieldTorque(τ)=(2×10

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an electric dipole consists of two opposite charges of magnitude 2×10^-6 each and separated by a distance of 3 cm.it is placed in an electric field of 2×10^-5 Nc^-1. determine the maximum torque on the dipole​

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an electric dipole consists of two opposite charges of magnitude 2×10^-6 each and separated by a distance of 3 cm.it is placed in an electric field of 2×10^-5 Nc^-1. determine the maximum torque on the dipole