Electric Circuits (11th Edition)

Chapter 7

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for ; For , the circuit is in this state for a ... more

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; Output of the given amplifier is as calculated ... more

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; Calculate the total current in the circuit for... more

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. ; Equivalent resistance is calculated, and find ... more

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; Find the initial energy at the time of steady ... more

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; Applying source transformation, the circuit ... more

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; Calculate the power and energy dissipated in ... more

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; Finding initial energy stored in a capacitor... more

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; For , the switch is open for a long time and ... more

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; As the switch has been in position 1 for a long... more

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; Find the initial current , i.e., the steady ... more

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; The voltage across the inductor is calculated ... more

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; Since the switch was kept at position 'a' for a... more

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; For the energy to be equivalent to , the time ... more

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; First, when the switch is initially closed and ... more

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; When current reaches 75% of its total value, ... more

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; Initially the switch is open for a long time, ... more

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; Calculate the Voltage through the resistor of ... more

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; For , the switch is in position 1 for a long ... more

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; For , the switch has been open for a long time... more

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. ; For , applying the steady state conditions, ... more

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for for ; For ,The switch is at position for a ... more

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; The capacitor behaves as open circuit after a ... more

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; When the switch is at its previous position, ... more

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; When the switch is at its previous position, ... more

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There is no energy stored in the capacitor ... more

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; For , the inductor acts as a short-circuit.... more

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; At , the indicator acts as a short-circuit.... more

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; Obtain the value of the current . ; Calculate ... more

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for for ; When the capacitor reaches the steady-... more

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The magnitude of the current in the second switch ... more

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= for = for ; At t=0, circuit is in steady state, ... more

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; For , as the switch has been in the position ... more

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; Calculate the total energy dissipated in the ... more

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; When the switch is opened , the current through... more

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; Obtain the values of the initial and final ... more

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; The initial value of the current flowing ... more

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; Use current division rule to obtain the ... more

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; It is given the values of the following ... more

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; Values of components in the circuit are given ... more

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; voltage at non- inverting node voltage at non... more

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; For ,calculate the value of . ; Given that is ... more

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; Consider the expression for the discharge ... more

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; Consider the expression for the discharge ... more

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; Determine the expression for the resistance. ; ... more

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