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In the configuration of Figure 1–11, (a) Show that the current I(t) is described by Vo sin wt VL/C I(t) = where Vo 90/C is the initial voltage on the сараcitor. (b) The preceding expression indicates that the quantity VL/C has the dimensions of ohms. Prove this. vLJC_is called the characteristic impedance of the LC circuit.

In the configuration of Figure 1–11, (a) Show that the current I(t) is described by Vo sin wt VL/C I(t) = where Vo 90/C is the initial voltage on the сараcitor. (b) The preceding expression indicates that the quantity VL/C has the dimensions of ohms. Prove this. vLJC_is called the characteristic impedance of the LC circuit.

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The (a) has been answered, please answer the (b)

10. In the configuration of Figure 1–11, (a) Show that the current I(t) is described by I(t) = Vo sin wt VL/C where Vo 9o/C is the initial voltage on the сараcitor. (b) The preceding expression indicates that the quantity L/C has the dimensions of ohms. Prove this. /L/C _is called the characteristic impedance of the LC circuit.
Transcribed Image Text:10. In the configuration of Figure 1–11, (a) Show that the current I(t) is described by I(t) = Vo sin wt VL/C where Vo 9o/C is the initial voltage on the сараcitor. (b) The preceding expression indicates that the quantity L/C has the dimensions of ohms. Prove this. /L/C _is called the characteristic impedance of the LC circuit.
FIGURE 1-11 Closed LC resonant circuit. The initial charge on the capacitor is qo- at t= 0 I(1) +40 40
Transcribed Image Text:FIGURE 1-11 Closed LC resonant circuit. The initial charge on the capacitor is qo- at t= 0 I(1) +40 40
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