1. A resistance of RN is connected in series with a parallel circuit comprising two resistances of 100 and 12 0 respectively. The total power dissipated in the circuit is 80 Watts, when applied voltage is 20 V. Calculate the value of R.
1. A resistance of RN is connected in series with a parallel circuit comprising two resistances of 100 and 12 0 respectively. The total power dissipated in the circuit is 80 Watts, when applied voltage is 20 V. Calculate the value of R.
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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Assignment Questions
1. A resistance of RQ is connected in series with a parallel circuit comprising two
resistances of 100 and 12 0 respectively. The total power dissipated in the
circuit is 80 Watts, when applied voltage is 20 V. Calculate the value of R.
2. Find the current delivered by 10 V battery using mesh analysis in the figure
shown in Figure1
12
1A
1Ω
| 22
22
Figure: 1
3. Find the current in 1 ohm resistor in figure 2 using nodal analysis.
2Ω
22
12
5V
Figure: 2
4. Find the current in load resistance in figure 3 using Thevenins theorem
24 V
R.50
Figure : 3
5. Apply super position theorem to find current in load resistance 2 ohm
resistor.
12
20
DIA
ΙΩ
Figure: 4
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