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if the capacitor and inductor in part a are connected in an l-c circuit, what will be the resonance angular frequency of that circuit?



Answer :

  • If the capacitor and inductor in part a are connected in an l-c circuit,  the resonance angular frequency of that circuit is
  • The energy transferred in an oscillatory manner between the capacitor and inductor in an LC circuit occurs at an angular frequency ω=[tex]\sqrt{1LC}[/tex] ω = 1 L C .

What is Angular frequency?

  • The length of time it takes an item to complete one oscillation is called the time period.
  • The shortest angle an item makes when spinning in a circle from its starting location to its stopping position is known as the angular displacement.
  • In other terms, you may say that it is the rate at which rotation changes or the pace at which changes in sinusoidal waves occur.
  • It is the angular displacement of a wave element per unit of time.
  • For instance, if you describe an object as having a high angular frequency, you are describing how quickly it turns.
  • The size of the angular velocity is known as the angular frequency.

However, it is a scalar quantity, meaning that it lacks direction.

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