SIOOI Electrical Engineerin. x Lecture 13 Theveni. 290 / 2618 130% 早2 血> Section 2.7: Superposition Principle 1. *P2.94. Use superposition to find the current i in Figure P2.94. First, zero the current source and find the value iv[&i_{v}&] caused by the voltage source alone. Then, zero the voltage source and find the value ic[&i_{c}&] caused by the current source alone. Finally, add the results algebraically. 10 2 50 30 V 3 A Figure P2.94 6:12

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Electrical Engineerin. x
Lecture 13 Theveni.
290 / 2618
130%
Section 2.7: Superposition Principle
1. *P2.94. Use superposition to find the current i in Figure P2.94. First, zero the
current source and find the value iv[&i_{v}&] caused by the voltage source
alone. Then, zero the voltage source and find the value ic[&i_{c}&]caused by
the current source alone. Finally, add the results algebraically.
10 N
30 V
ЗА
Figure P2.94
6:12 A
O ENG
2/25/2
O Type here to search
Transcribed Image Text:SE TOUCH ngineering Principles and & Applications 7th Edition.pdf - Adobe Acrobat Reader DC (32-bit) Edit View Sign Window Help ne Tools Electrical Engineerin. x Lecture 13 Theveni. 290 / 2618 130% Section 2.7: Superposition Principle 1. *P2.94. Use superposition to find the current i in Figure P2.94. First, zero the current source and find the value iv[&i_{v}&] caused by the voltage source alone. Then, zero the voltage source and find the value ic[&i_{c}&]caused by the current source alone. Finally, add the results algebraically. 10 N 30 V ЗА Figure P2.94 6:12 A O ENG 2/25/2 O Type here to search
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While considering the voltage source open circuit the current source(zero corrent).

While considering the current source short circuit the voltage source(zero voltage).

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