it experiences a torque T→1=τkˆ. When subjected to another electric field E→2=3–√Ejˆ it experiences a torque T→2=−T→1. The angle θ is

Sahay Sir > Question Answers > it experiences a torque T→1=τkˆ. When subjected to another electric field E→2=3–√Ejˆ it experiences a torque T→2=−T→1. The angle θ is
An electric dipole has a fixed dipole moment p→, which makes angle θ with respect to x-aixs. When subjected to an electric field E→1=Eiˆ, it experiences a torque T→1=τkˆ. When subjected to another electric field E→2 = 3–√E jˆ it experiences a torque T→2 =−T→1. The angle θ is
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Oct
An electric dipole has a fixed dipole moment p→, which makes angle θ with respect to x-aixs. When subjected to an electric field E→1=Eiˆ, it experiences a torque T→1=τkˆ. When subjected to another electric field E→2 = 3–√E jˆ it experiences a torque T→2 =−T→1. The angle θ is An electric dipole has a fixed [...]
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Tags: An electric dipole has a fixed dipole moment p→ , it experiences a torque T→1=τkˆ. When subjected to another electric field E→2=3–√Ejˆ it experiences a torque T→2=−T→1. The angle θ is , which makes angle θ with respect to x-aixs. When subjected to an electric field E→1=Eiˆ ,