Engineering RLC Circuits: Determine i(0+), v(0+), i(∞), and v(∞)

AI Thread Summary
The discussion focuses on analyzing an RLC circuit to determine initial and final values of current and voltage, specifically i(0+), v(0+), i(∞), and v(∞). Participants are encouraged to share their attempts and identify where they need assistance to facilitate effective help. Additionally, the conversation includes determining expressions for current and voltage over time, along with their natural response forms and complete responses with undetermined coefficients. The importance of showing work and understanding the underlying concepts is emphasized for better guidance. Overall, the thread aims to assist in solving the RLC circuit analysis problem effectively.
gvc3k
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http://image.cramster.com/answer-board/image/501adeb46c35e1d66d704eb5d3c30ced.jpg

1) Determine: a. The value of i(0+)
b. The value of v(0+)
c. The value of i( ∞)
d. The value of v( ∞)

2) For t > 0, determine: a. The value of http://image.cramster.com/answer-board/image/cramster-equation-2009412031536337421471334550311516.gif
b. The value of http://image.cramster.com/answer-board/image/cramster-equation-2009412032256337421474514237817093.gif
c. The natural response form for the voltages and currents . with undeterminined coefficients.
d. Write the expression for the complete response with . undetermined coefficients
(V(t))
e. Evaluate the coefficients to get v(t)


Any help greatly appreciated, thank you
 
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