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Vx (V) | Lx (сm) 21 22 0.4 10 23 1 30 24 1.5 50 25 1.8 60 26 2.1 70 27 2.7 90 28 29 2. Using Table 6.1 plot a graph between values of Vx versus Lx. 30 State your conclusion. (Plot Vx as a dependent variable). 31 add the slope on your graph using add trendline option. 32 33 3. If the wire is uniform derive a simple relation between the 35 voltmeter reading Vx at any point on the wire and the 36 crosseponding distance Lx.

Vx (V) | Lx (сm) 21 22 0.4 10 23 1 30 24 1.5 50 25 1.8 60 26 2.1 70 27 2.7 90 28 29 2. Using Table 6.1 plot a graph between values of Vx versus Lx. 30 State your conclusion. (Plot Vx as a dependent variable). 31 add the slope on your graph using add trendline option. 32 33 3. If the wire is uniform derive a simple relation between the 35 voltmeter reading Vx at any point on the wire and the 36 crosseponding distance Lx.

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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please sir please solve B. 3 and B. 4 please

20 Vx (V) Lx (cm) 21 22 0.4 10 23 1 30 24 1.5 50 25 1.8 60 26 2.1 70 27 2.7 90 28 2. Using Table 6.1 plot a graph between values of Vx versus Lx. 29 State your conclusion. (Plot Vx as a dependent variable). 30 add the slope on your graph using add trendline option. 31 32 33 3. If the wire is uniform derive a simple relation between the 34 voltmeter reading Vx at any point on the wire and the 35 crosseponding distance Lx. 36 37 38 39 40 41 42 B. Measurement of an unknown EMF 43 44 1. Calculate and record Lx , the average value of Lx. 45 46 Table 6.2 47 Trail Lx(cm) 48 49 1 49.4 50 49.3 51 3 49.5 Lx 52 53 2. Use your graph of part A to find the value of Ex corresponding to Lx 55 56 57 58 59 3. What the current flowing through Ex when the pointer 60 touches the potentiometer wire at the balance point. 61 62 63 64 4. What happens to the balance point when a small resistor is connected in series between EX and the gavanometer? 65 66 Explain the result you observe. 67 68
Transcribed Image Text:20 Vx (V) Lx (cm) 21 22 0.4 10 23 1 30 24 1.5 50 25 1.8 60 26 2.1 70 27 2.7 90 28 2. Using Table 6.1 plot a graph between values of Vx versus Lx. 29 State your conclusion. (Plot Vx as a dependent variable). 30 add the slope on your graph using add trendline option. 31 32 33 3. If the wire is uniform derive a simple relation between the 34 voltmeter reading Vx at any point on the wire and the 35 crosseponding distance Lx. 36 37 38 39 40 41 42 B. Measurement of an unknown EMF 43 44 1. Calculate and record Lx , the average value of Lx. 45 46 Table 6.2 47 Trail Lx(cm) 48 49 1 49.4 50 49.3 51 3 49.5 Lx 52 53 2. Use your graph of part A to find the value of Ex corresponding to Lx 55 56 57 58 59 3. What the current flowing through Ex when the pointer 60 touches the potentiometer wire at the balance point. 61 62 63 64 4. What happens to the balance point when a small resistor is connected in series between EX and the gavanometer? 65 66 Explain the result you observe. 67 68
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