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1) (a) Using repeated source transformations, reduce the circuit of Fig
1) (a) Using repeated source transformations, reduce the circuit of Fig. 5.62 to a voltage source in series with a resistor. both of which are in series with the 6 MQ resistor.
(b) Calculate the power dissipated by the 6 M$2 resistor using your simplified circuit.
35 MQ 1.2 MQ 27 HA 750 kQ 7 MO 6 MO 15 V FIGURE 5.62
2) (a) Using as many source transformations and element combination techniques as required, simplify the circuit of Fig. 5.63 so that it contains only the 7 V source, a single resistor, and one other voltage source.
(b) Verify that the 7 V source delivers the same amount of power in both circuits.
30 7 V 10 2 A 30 SA FIGURE 5.63
Expert Solution
1)
a)
Veq = 6.42 [V]
Req = 0.83 [Mohm]
b)
P6M = 5.31 [uW]
2)
a)
Veq = 2.25 [V]
Req = 3.75 [Ohm]
b)
P7v = - 17.29 [W]
P2.25v = - 5.56 [W]
P3.75ohm = 22.85 [W]
PTOTAL = 0 [W]
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