How to solve this problem TMTNT..| | 280K/sSAMPLE 180% 7:02Three resistors are connected in parallel(R1 = ½ 02, R2 = ¼ Q2, R3 = 1/8 ),connected to a 32-volt battery. Solve fortheCurrent in each branchEquivalent resistance of the circuit• Total power consumed by the circuitSAMPLE 2Two resistors are connected in series.Determine the value of the secondresistor so that the voltage across it willbe 14 of the source voltage (12 V) whenthe first resistor is 9 . Also, solve for thetotal powerSAMPLE 3When two resistors are connected inparallel to a 12-volt battery source, thetotal current drawn is 60 mA and thecurrent flowing to the second resistorfarthest from the source is 12 mA. Whatare the values of the resistors?U

I am answering of first question as per guidelines.

SAMPLE 1 Three resistors are connected in parallel (R1 = 122, R2 = 140, R3 = 1/8 22), connected to a 32-volt battery. Solve for the • Current in each branch • Equivalent resistance of the circuit • Total power consumed by the circuit

SAMPLE 1 Three resistors are connected in parallel (R1 = 122, R2 = 140, R3 = 1/8 22), connected to a 32-volt battery. Solve for the • Current in each branch • Equivalent resistance of the circuit • Total power consumed by the circuit

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter7: Symmetrical Faults

Section: Chapter Questions

Problem 7.3P

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Find the input resistance between points A and B of the following resistive network:

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How to solve this problem

TM
TNT
..| | 280K/s
SAMPLE 1
80% 7:02
Three resistors are connected in parallel
(R1 = ½ 02, R2 = ¼ Q2, R3 = 1/8 ),
connected to a 32-volt battery. Solve for
the
Current in each branch
Equivalent resistance of the circuit
• Total power consumed by the circuit
SAMPLE 2
Two resistors are connected in series.
Determine the value of the second
resistor so that the voltage across it will
be 14 of the source voltage (12 V) when
the first resistor is 9 . Also, solve for the
total power
SAMPLE 3
When two resistors are connected in
parallel to a 12-volt battery source, the
total current drawn is 60 mA and the
current flowing to the second resistor
farthest from the source is 12 mA. What
are the values of the resistors?
U

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