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Procedure (a) Using the adjustable D.c Power supply, set Vs = 25 V. (b) (c) Set R= 50 Q on the RLC Panel. Connect the circuit as shown in figure 1. Measure the current (Is) and record your answer in table 1. Repeat the same procedure in a, b, c and d at values of Vs = 60 V and R=200 N as shown in table 1. A Is Vs Figure 1: Ohms Law circuit. Table 1: Ohms Law Values. Vs (V) 25 60 Calculated Calculated Resistance (0) Is (A) v (V) Is (A) | V (V) 50 200

Procedure (a) Using the adjustable D.c Power supply, set Vs = 25 V. (b) (c) Set R= 50 Q on the RLC Panel. Connect the circuit as shown in figure 1. Measure the current (Is) and record your answer in table 1. Repeat the same procedure in a, b, c and d at values of Vs = 60 V and R=200 N as shown in table 1. A Is Vs Figure 1: Ohms Law circuit. Table 1: Ohms Law Values. Vs (V) 25 60 Calculated Calculated Resistance (0) Is (A) v (V) Is (A) | V (V) 50 200

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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9.1. Using Ohms Law circuit shown in figure 1, calculate the current (Is) and record your values in table 1. Note Vs and R values are shown in table 1.
Procedure (a) Using the adjustable D.c Power supply, set Vs = 25 V. (b) (c) Set R= 50 Q on the RLC Panel. Connect the circuit as shown in figure 1. Measure the current (Is) and record your answer in table 1. Repeat the same procedure in a, b, c and d at values of Vs = 60 V and R=200 N as shown in table 1. A Is Vs Figure 1: Ohms Law circuit. Table 1: Ohms Law Values. Vs (V) 25 60 Calculated Calculated Resistance (0) Is (A) v (V) | Is (A) | V (V) 50 200
Transcribed Image Text:Procedure (a) Using the adjustable D.c Power supply, set Vs = 25 V. (b) (c) Set R= 50 Q on the RLC Panel. Connect the circuit as shown in figure 1. Measure the current (Is) and record your answer in table 1. Repeat the same procedure in a, b, c and d at values of Vs = 60 V and R=200 N as shown in table 1. A Is Vs Figure 1: Ohms Law circuit. Table 1: Ohms Law Values. Vs (V) 25 60 Calculated Calculated Resistance (0) Is (A) v (V) | Is (A) | V (V) 50 200
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