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Can an inductor have potential differenc...

Can an inductor have potential difference across it ends even if does not store any energy.

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To determine if an inductor can have a potential difference across its ends even if it does not store any energy, we can analyze the behavior of inductors in relation to current and electromagnetic induction. ### Step-by-Step Solution: 1. **Understanding Inductance**: An inductor is a passive electrical component that stores energy in its magnetic field when current flows through it. The potential difference (voltage) across an inductor is related to the rate of change of current through it. 2. **Formula for Back EMF**: The potential difference (back EMF) across an inductor is given by the formula: \[ ...
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AAKASH INSTITUTE ENGLISH-ELECTROMAGNETIC INDUCTION-Try Yourself
  1. Which of the two capacitor plates is at the higher potential ?

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  2. What will be the magnitude and polarity of induced emf across the rod,...

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  3. Can an inductor have potential difference across it ends even if does ...

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  4. Is flux linked with all the inductors in parallel same?

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  5. Two electric circuits are placed near one another. Each circuit has se...

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  6. Find mutual inductance if we have a square loop of side r instead of a...

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  7. A uniform magnetic field exists in the space vecB=B(1)hati+B(2)hatj+B(...

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  8. A uniform magnetic field exists in the space B=B(1)hati+B(2)hatj-B(3)h...

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  9. In the circuit, the current flowing through 10Omega resistance is

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  10. What is the maximum flux when current I(l) = I(0)sinomega t?

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  11. Figure shows a graph between the magnitude of magnetic field passing n...

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  12. Find the emf induced in the coil if it were positioned such that its p...

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  13. In the above problem (example 3) what is the emf induced when current ...

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  14. What will be the acceleration of the bar magnet, if the loop had a cut...

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  15. In example (7), find the tension T at time I developed in the loop as ...

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  16. A rectangular loop and a circular loop are moving out of a uniform mag...

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  17. Express the induced emf as scalar triple product of vecv, vecB and vec...

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  18. In example 9 if B is the mid point of rod then find e(OB)le(BA)

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  19. If the rod were translating as well as rotating, what will be its emf?...

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  20. A uniform magnetic field exists in a circular region of radius R centr...

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