MCQ
Consider the two idealized systems: (i) a parallel plate capacitor with large plates and small separation and (ii) a long solenoid of length L > > R, radius of cross-section. In (i) E is ideally treated as a constant between plates and zero outside. In (ii) magnetic field is constant inside the solenoid and zero outside. These idealised assumptions, however, contradict fundamental laws as below:
- ACase (i) contradicts Gauss’s law for electrostatic fields.
- BCase (ii) contradicts Gauss’s law for magnetic fields.
- CCase (i) agrees with $\oint\text{E.dl=0.}$
- DCase (ii) contradict $\oint\text{H.dl}=\text{I}_\text{en}$.
