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а. Still using the circuit above, If it = 0.4931 - 0.1675 j Amperes, running around the loop through each of the components, and R is still 200 Ohms as above, Zr is the impedance of R, what is the voltage VR across the resistor R? Using Ohms Law, VR = iT ZR . b. In a similar way, determine the voltage across the inductor L. Lis still 0.500 Henries, w = 120n radians/s, and ZL is the impedance of L. Using Ohms Law, VL = iT ZL . с. In a similar way, determine the voltage across the capacitor C. C is still 0.22 x 106 Farads, w = 120n radians/s, and Zc is the impedance of C. Using Ohms Law, Vc = iT Zc. d. One of two related laws, attributed to Gustav Kirchhoff, says that if we sum up the voltage changes as we go around a loop in a circuit, we must get a result of zero. You may hear this law called Kirchhoff's Voltage Law, often abbreviated "KVL". In our loop circuit, considering the clockwise direction, the source increases the voltage by Vsrc . It is then decreased by VR, VL, and Vc, arriving where we started. So Vsrc - VR- V L- Vc = 0 . dotermine Vsrc.

а. Still using the circuit above, If it = 0.4931 - 0.1675 j Amperes, running around the loop through each of the components, and R is still 200 Ohms as above, Zr is the impedance of R, what is the voltage VR across the resistor R? Using Ohms Law, VR = iT ZR . b. In a similar way, determine the voltage across the inductor L. Lis still 0.500 Henries, w = 120n radians/s, and ZL is the impedance of L. Using Ohms Law, VL = iT ZL . с. In a similar way, determine the voltage across the capacitor C. C is still 0.22 x 106 Farads, w = 120n radians/s, and Zc is the impedance of C. Using Ohms Law, Vc = iT Zc. d. One of two related laws, attributed to Gustav Kirchhoff, says that if we sum up the voltage changes as we go around a loop in a circuit, we must get a result of zero. You may hear this law called Kirchhoff's Voltage Law, often abbreviated "KVL". In our loop circuit, considering the clockwise direction, the source increases the voltage by Vsrc . It is then decreased by VR, VL, and Vc, arriving where we started. So Vsrc - VR- V L- Vc = 0 . dotermine Vsrc.

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
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а. Still using the circuit above, If it = 0.4931 - 0.1675 j Amperes, running around the loop through each of the components, and R is still 200 Ohms as above, Zr is the impedance of R, what is the voltage VR across the resistor R? Using Ohms Law, VR = iT ZR . b. In a similar way, determine the voltage across the inductor L. Lis still 0.500 Henries, w = 120n radians/s, and ZL is the impedance of L. Using Ohms Law, VL = iT ZL . с. In a similar way, determine the voltage across the capacitor C. C is still 0.22 x 106 Farads, w = 120n radians/s, and Zc is the impedance of C. Using Ohms Law, Vc = iT Zc. d. One of two related laws, attributed to Gustav Kirchhoff, says that if we sum up the voltage changes as we go around a loop in a circuit, we must get a result of zero. You may hear this law called Kirchhoff's Voltage Law, often abbreviated "KVL". In our loop circuit, considering the clockwise direction, the source increases the voltage by Vsrc . It is then decreased by VR, VL, and Vc, arriving where we started. So Vsrc - VR- V L- Vc = 0 . dotermine Vsrc.
Transcribed Image Text:а. Still using the circuit above, If it = 0.4931 - 0.1675 j Amperes, running around the loop through each of the components, and R is still 200 Ohms as above, Zr is the impedance of R, what is the voltage VR across the resistor R? Using Ohms Law, VR = iT ZR . b. In a similar way, determine the voltage across the inductor L. Lis still 0.500 Henries, w = 120n radians/s, and ZL is the impedance of L. Using Ohms Law, VL = iT ZL . с. In a similar way, determine the voltage across the capacitor C. C is still 0.22 x 106 Farads, w = 120n radians/s, and Zc is the impedance of C. Using Ohms Law, Vc = iT Zc. d. One of two related laws, attributed to Gustav Kirchhoff, says that if we sum up the voltage changes as we go around a loop in a circuit, we must get a result of zero. You may hear this law called Kirchhoff's Voltage Law, often abbreviated "KVL". In our loop circuit, considering the clockwise direction, the source increases the voltage by Vsrc . It is then decreased by VR, VL, and Vc, arriving where we started. So Vsrc - VR- V L- Vc = 0 . dotermine Vsrc.
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