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An ideal inductor consumes no power in t...

An ideal inductor consumes no power in the circuit. Explain.

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A charged capacitor is connected to an inductor at an instant of time t=0.If the capacitor and the inductor are taken to be pure, write down the equation of effective potential difference across the combination at any instant of time t and solve it for instantaneous current through I the combination.Explain brefly the exchange of electric and magnetic energy between the capacitor and the inductor.

R G PUBLICATION-ALTERNATING CURRENT-EXERCISE
  1. Differentiate between step up and step down transformer.

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  2. Define the turn ratio, voltage ratio and current ratio of a transforme...

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  3. An ideal inductor consumes no power in the circuit. Explain.

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  4. Show that the average power dissipated depends not only on only on the...

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  5. Discuss grow and decay of current in L-R ckt?

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  6. What is meant by mean value of a.c. Derive an expression for mean valu...

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  7. Discuss parellel resonance circuit. Where is it used?

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  8. An ideal inductor consumes no power in the circuit. Explain.

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  9. In what situation it is preferable to use an a.c. over dc.?

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  10. A capacitor allows only a.c. to pass through. Why?

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  11. Calculate the phase difference between voltage and current when circui...

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  12. Calculate the energy stored in a capacitor.

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  13. With a diagram show that in pure resistor, the voltage and current are...

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  14. An ac voltage is applied to a series of LCR circuit. Determine the in...

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  15. "Larger the value of Q, the smaller of the value of 2 Delta omega or t...

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  16. A resistor of 100Omega and a capacitor of 20/pi muF are connected in s...

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  17. Show that the LC oscillation is similar to the mechanical oscillation ...

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  18. What are the main two types of transformer.

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  19. A transformer is used to illuminate a bulvb (36 watt and 12v) with the...

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  20. Calculate the total resistance in L-C-R circuit by mathematical method...

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