Question

Analysis of LC series network Let consider a LC-circuit shown in figure 1, an series connected circuit consisting of an inductor L of L Henry, a capacitor C of C Farad. The graph of the electromotive force function is shown in figure 2. 13 Figure 1: LC-circuit 05 1 15 2 Figure 2: Electromotive function E(t) graph 3. (3pt) Find the expression the steady-state current. 4. (8pt) If $L_1 = 2H$, $C_1 = 0.05F$ then sketch the graph current $I(t)$. 1

          Analysis of LC series network
Let consider a LC-circuit shown in figure 1, an series connected circuit consisting of an
inductor L of L Henry, a capacitor C of C Farad.
The graph of the electromotive force function is shown in figure 2.
13
Figure 1: LC-circuit
05 1 15 2
Figure 2: Electromotive function E(t) graph
3. (3pt) Find the expression the steady-state current.
4. (8pt) If $L_1 = 2H$, $C_1 = 0.05F$ then sketch the graph current $I(t)$.
1

Analysis of LC series network
Let consider a LC-circuit shown in figure 1, an series connected circuit consisting of an
inductor L of L Henry, a capacitor C of C Farad.
The graph of the electromotive force function is shown in figure 2.
13
Figure 1: LC-circuit
05 1 15 2
Figure 2: Electromotive function E(t) graph
3. (3pt) Find the expression the steady-state current.
4. (8pt) If L1 = 2H, C1 = 0.05F then sketch the graph current I(t).
1

Added by Meghan G.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sajin Shajee

08/05/2020

Step 1

In a series LC circuit, the steady-state current can be found using the formula: I(t) = I0 * cos(ωt + φ) where I(t) is the current at time t, I0 is the maximum current, ω is the angular frequency, t is the time, and φ is the phase angle. Show more…

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Texts: Analysis of LC series network Let us consider an LC circuit shown in Figure 1, a series connected circuit consisting of an inductor L of L Henry and a capacitor C of C Farad. The graph of the electromotive force function is shown in Figure 2. Figure 1: LC circuit 15 Figure 2: Electromotive force function Et graph 3. (2pt) Find the expression for the steady-state current. 4. (pt) If L = 2H and C = 0.05F, then sketch the graph of the current It.