Table 5-1. Description Measured Computed E-Audio Generator Output voltage 10Vpp 10 Vpp ER Voltage across resistor R 7.4837021 Vpp ER=I, XR 7.491541564 Vpp Ec Voltage across capacitor C 6.6208014 Vpp Ec= ITX Xc note X₂= 1/(2TFC) 6.623968221 Vpp I Total current I+= E-/Z+ I+= ER/R 0.416 mA I+= 0.41696198 mA Z Total impedance Z+=E+/+ Z-= √(R²+X²) Z₁ = 24054.524 Ω Xc = 15915.49431 Z₁ = 24027.12965 Q 8- 8,= tan ¹(X/R) Phase angle between E, and ER 1.1514986ms/10 ms x 360° = 41.4539496⁰ 0,=41.483⁰ 0 Phase angle between E, and E. 1.3284015ms/10 ms x 360º = 47.822454⁰ 8 = tan ¹(R/X) = 90° - eT 0 = 48.517⁰ 5.2. What are the possible causes of error in the measurement of angle Or and 8? %diff 0% 0.11% 0.05% 0.23% 0.11% 0.07% 1.44%
Table 5-1. Description Measured Computed E-Audio Generator Output voltage 10Vpp 10 Vpp ER Voltage across resistor R 7.4837021 Vpp ER=I, XR 7.491541564 Vpp Ec Voltage across capacitor C 6.6208014 Vpp Ec= ITX Xc note X₂= 1/(2TFC) 6.623968221 Vpp I Total current I+= E-/Z+ I+= ER/R 0.416 mA I+= 0.41696198 mA Z Total impedance Z+=E+/+ Z-= √(R²+X²) Z₁ = 24054.524 Ω Xc = 15915.49431 Z₁ = 24027.12965 Q 8- 8,= tan ¹(X/R) Phase angle between E, and ER 1.1514986ms/10 ms x 360° = 41.4539496⁰ 0,=41.483⁰ 0 Phase angle between E, and E. 1.3284015ms/10 ms x 360º = 47.822454⁰ 8 = tan ¹(R/X) = 90° - eT 0 = 48.517⁰ 5.2. What are the possible causes of error in the measurement of angle Or and 8? %diff 0% 0.11% 0.05% 0.23% 0.11% 0.07% 1.44%
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter21: Resistive-capacitive Series Circuits
Section: Chapter Questions
Problem 6RQ: A 15-F AC capacitor is connected in series with a 50 resistor. The capacitor has a voltage rating...
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![Table 5-1.
Description
Measured
E-Audio Generator Output voltage
10Vpp
ER Voltage across resistor R
7.4837021 Vpp
Ec Voltage across capacitor C
6.6208014 Vpp
I
Total current
I+= ER/R
0.416 mA
Z Total impedance
Z+=E+/+
Z₁ = 24054.524
Ω
8-
Phase angle between E, and ER 1.1514986ms/10
ms x 360° =
41.4539496⁰
0 Phase angle between E, and E.
1.3284015ms/10
ms x 360º =
47.822454⁰
5.2. What are the possible causes of error in the measurement of angle Or and 8?
%diff
Computed
10 Vpp
0%
0.11%
ER=I, XR
7.491541564 Vpp
Ec= ITX Xc
0.05%
note X₂= 1/(2TFC)
6.623968221 Vpp
I+= E-/Z+
0.23%
I+= 0.41696198 mA
Z-= √(R²+X²)
0.11%
Xc = 15915.49431
Z₁ = 24027.12965 Q
8,= tan ¹(X/R)
0.07%
0,=41.483⁰
8 = tan ¹(R/X) = 90° - eT 1.44%
0 = 48.517⁰
[](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F503e419d-18ff-4061-915c-68927d00cfe9%2F206fbc93-116a-4109-9f33-1621d099ffdb%2Fcjuk10n_processed.png&w=3840&q=75)
Transcribed Image Text:Table 5-1.
Description
Measured
E-Audio Generator Output voltage
10Vpp
ER Voltage across resistor R
7.4837021 Vpp
Ec Voltage across capacitor C
6.6208014 Vpp
I
Total current
I+= ER/R
0.416 mA
Z Total impedance
Z+=E+/+
Z₁ = 24054.524
Ω
8-
Phase angle between E, and ER 1.1514986ms/10
ms x 360° =
41.4539496⁰
0 Phase angle between E, and E.
1.3284015ms/10
ms x 360º =
47.822454⁰
5.2. What are the possible causes of error in the measurement of angle Or and 8?
%diff
Computed
10 Vpp
0%
0.11%
ER=I, XR
7.491541564 Vpp
Ec= ITX Xc
0.05%
note X₂= 1/(2TFC)
6.623968221 Vpp
I+= E-/Z+
0.23%
I+= 0.41696198 mA
Z-= √(R²+X²)
0.11%
Xc = 15915.49431
Z₁ = 24027.12965 Q
8,= tan ¹(X/R)
0.07%
0,=41.483⁰
8 = tan ¹(R/X) = 90° - eT 1.44%
0 = 48.517⁰
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