F. RL =1.5 , 2 k2 2k2 FVi=1pv] 2k D. V3=4v V2=2V Fig. (Q-29 to Q-34) Based on Thevenin's Theorem, remove RL, the current (I) in the circuit is:

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F RL =1.5 , 2 k2
:2 k2
FVi=1pv]
E
2 k
D
V3=4V V2=2V
Fig. (Q-29 to Q-34)
Based on Thevenin's Theorem, remove RL,
the current (1) in the circuit is:
A. 1mA
B. 0.75 mA
C. 1.2 mA
D. 1.5 mA
4 k2
Transcribed Image Text:F RL =1.5 , 2 k2 :2 k2 FVi=1pv] E 2 k D V3=4V V2=2V Fig. (Q-29 to Q-34) Based on Thevenin's Theorem, remove RL, the current (1) in the circuit is: A. 1mA B. 0.75 mA C. 1.2 mA D. 1.5 mA 4 k2
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