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74 ? ww 65 ? ? 90 V 29 µF 26 mH As your final problem, consider the overdamped transient response of the circuit shown above after the switch opens; specifically, you are to find the current marked i. Since you are told that the response is overdamped, the form of the solution is i(t) = A? exp(s?t) + A? exp (s?t) +i(inf). Write these three terms separately in the boxes below. For simplicity of grading, put the \"slower\" exponential as the first term, i.e. the one with the smaller absolute value of the coefficient in the exponent. Don't forget units! Part #1 (0/10) A? exp(s?t): Part #2 (0/10) A? exp(s?t): Part #3 (0/10) i(inf):

          74 ?
ww
65 ? ?
90 V
29 µF
26 mH
As your final problem, consider the overdamped transient response of the circuit shown above after the switch opens; specifically, you are to find the current marked i. Since you are told that the response is overdamped, the form of the solution is i(t) = A? exp(s?t) + A? exp (s?t) +i(inf). Write these three terms separately in the boxes below. For simplicity of grading, put the \"slower\" exponential as the first term, i.e. the one with the smaller absolute value of the coefficient in the exponent. Don't forget units!
Part #1 (0/10)
A? exp(s?t):
Part #2 (0/10)
A? exp(s?t):
Part #3 (0/10)
i(inf):

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74 ?
ww
65 ? ?
90 V
29 µF
26 mH
As your final problem, consider the overdamped transient response of the circuit shown above after the switch opens; specifically, you are to find the current marked i. Since you are told that the response is overdamped, the form of the solution is i(t) = A? exp(s?t) + A? exp (s?t) +i(inf). Write these three terms separately in the boxes below. For simplicity of grading, put the s̈lowerëxponential as the first term, i.e. the one with the smaller absolute value of the coefficient in the exponent. Don't forget units!
Part #1 (0/10)
A? exp(s?t):
Part #2 (0/10)
A? exp(s?t):
Part #3 (0/10)
i(inf):

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University Physics with Modern Physics

Hugh D. Young 14th Edition

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We have a resistor (R), an inductor (L), and a switch (S). When the switch opens, the inductor will try to maintain the current flowing through it. However, since the switch is open, the current cannot flow and the inductor will start to discharge through the Show more…

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If you could answer all three parts, it would be greatly appreciated. r = 0 74 MM 99 90V 29 F 26 mH As your final problem, consider the overdamped transient response of the circuit shown above after the switch opens; specifically, you are to find the current marked i. Since you are told that the response is overdamped, the form of the solution is i(t) = A exp(sit) + A exp(st) + i(inf). Write these three terms separately in the boxes below. For simplicity of grading, put the slower exponential as the first term, i.e. the one with the smaller absolute value of the coefficient in the exponent. Don't forget units. Part #1 (0/10) A exp(st): Part #2 (0/10) A exp(st): Part #3 (0/10) i(inf):

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