R1 330 Ohm R2 680 Ohm R4 R3 470 Ohm $820 Ohm Figure-1 PROCEDURE:- 1. Connect the circuit in figure -1- 2. Take V=5 and R1 = 330, R2= 680, R3 = 470, R4-820 3. Measure the current and the voltage on each resistance 4. Prove Kirchhoff's law DISCUSSION: 1. Solve the circuit in fig -1- theoretically and compare the results with your result in results раper.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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R1
330 Ohm
R2
680 Ohm
R4
R3
820 Chm
470 Ohm
Figure-1
PROCEDURE:-
1. Connect the circuit in figure -1-
2. Take V=5 and R1 = 330, R2 = 680, R3 = 470,
R4-820
3. Measure the current and the voltage on each
resistance
4. Prove Kirchhoff's law
DISCUSSION:
1. Solve the circuit in fig -1- theoretically and
compare the results with your result in results
рарer.
Scanned by TapScanner
L江装妆妆妆妆妆孩孜妆妆妆妆妆妆装装液救妆淡滋
Transcribed Image Text:R1 330 Ohm R2 680 Ohm R4 R3 820 Chm 470 Ohm Figure-1 PROCEDURE:- 1. Connect the circuit in figure -1- 2. Take V=5 and R1 = 330, R2 = 680, R3 = 470, R4-820 3. Measure the current and the voltage on each resistance 4. Prove Kirchhoff's law DISCUSSION: 1. Solve the circuit in fig -1- theoretically and compare the results with your result in results рарer. Scanned by TapScanner L江装妆妆妆妆妆孩孜妆妆妆妆妆妆装装液救妆淡滋
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