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I only solve the equivalent resistance of 2 ohms the rest i am so uncertain with the values i obtained. can someone help me with this

I only solve the equivalent resistance of 2 ohms the rest i am so uncertain with the values i obtained. can someone help me with this

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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I only solve the equivalent resistance of 2 ohms the rest i am so uncertain with the values i obtained. can someone help me with this

Assume the direction of the current in the circuit below and assume a clockwise direction for all of the loops. Find the following: (a) Find the equivalent resistance of 32 and between points e and d. (b) If the summation of current in Junction b is -0.01 A and current b (Ib) = 3 A, find I and current a (la). (Hint Assume that summations of potential difference of each of the loops are equal to zero) (c) find the currents and voltages of each resistors in the circuit (including the resistors between points e and d). Note: Round off your answers (if it is too long) up to four decimal places only. Arranged your answers in this manner (as shown below) 12 2 3Ω 18 V Ib 21 V Ia 32 6Ω Equivalent resistance = Current I = Current a (la) = Current and voltage of 12 ohms = Current and voltage of 3 ohms between points b and c = Current and voltage of 6 ohms between points b and e = Current and vokage of 3 ohms between points e and d = Current and voltage of 6 ohms between points e and dD
Transcribed Image Text:Assume the direction of the current in the circuit below and assume a clockwise direction for all of the loops. Find the following: (a) Find the equivalent resistance of 32 and between points e and d. (b) If the summation of current in Junction b is -0.01 A and current b (Ib) = 3 A, find I and current a (la). (Hint Assume that summations of potential difference of each of the loops are equal to zero) (c) find the currents and voltages of each resistors in the circuit (including the resistors between points e and d). Note: Round off your answers (if it is too long) up to four decimal places only. Arranged your answers in this manner (as shown below) 12 2 3Ω 18 V Ib 21 V Ia 32 6Ω Equivalent resistance = Current I = Current a (la) = Current and voltage of 12 ohms = Current and voltage of 3 ohms between points b and c = Current and voltage of 6 ohms between points b and e = Current and vokage of 3 ohms between points e and d = Current and voltage of 6 ohms between points e and dD
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