b. The power p(t) c. Power delivered at 5 ma d. The energy of the power system for the interval from 0 to 5 ms

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Only parts B C and D. 

For the network below, let
Solution
Part (a)
i(t) = 5e-1000t A and
A
v(t) = 10 e 1000tkV,
i(t)
Determine
a. The value of the resistance of network A
b. The power p(t)
R=
c. Power delivered at 5 ms
d. The energy of the power system for the interval from 0 to 5 ms.
e.
Validate your calculations using Matlab or other simulation tools as available
v (t)
i(t)
+
v(t)
=
10 e 1000tkV
5e-1000t A
10 kV
5 A
= 2kn
Transcribed Image Text:For the network below, let Solution Part (a) i(t) = 5e-1000t A and A v(t) = 10 e 1000tkV, i(t) Determine a. The value of the resistance of network A b. The power p(t) R= c. Power delivered at 5 ms d. The energy of the power system for the interval from 0 to 5 ms. e. Validate your calculations using Matlab or other simulation tools as available v (t) i(t) + v(t) = 10 e 1000tkV 5e-1000t A 10 kV 5 A = 2kn
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