How many unique junctions are in the circuit? □ (a) 0; no junctions. □(b) 1 □ (c) 2 □ (d) 3 □(e) 4 What is the equivalent resistance of the circuit? π (a) 2/3 Ω □ (b) 3/2 Q □ (c) 3/11 2 □ (d) 11/3Q □ (e) 44/23 92 □ (f) 23/44 92 www↑IE 1Ω www 202 4 Ω W www VID 352 Iç Which of the following Kirchhoff loop equations is/are a valid equation for the circuit? (a) = + 4 Ic = 0 □(b) e - 3 IB-2 ID - IE = 0 □(c) e - 3 IB-2 ID = 0 □ (d) + 3 IB = 0 IB AIA А
How many unique junctions are in the circuit? □ (a) 0; no junctions. □(b) 1 □ (c) 2 □ (d) 3 □(e) 4 What is the equivalent resistance of the circuit? π (a) 2/3 Ω □ (b) 3/2 Q □ (c) 3/11 2 □ (d) 11/3Q □ (e) 44/23 92 □ (f) 23/44 92 www↑IE 1Ω www 202 4 Ω W www VID 352 Iç Which of the following Kirchhoff loop equations is/are a valid equation for the circuit? (a) = + 4 Ic = 0 □(b) e - 3 IB-2 ID - IE = 0 □(c) e - 3 IB-2 ID = 0 □ (d) + 3 IB = 0 IB AIA А
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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For the next 3 questions (A, B, C) there may be multiple answers for each question.
![How many unique junctions are in the circuit?
(a) 0; no junctions.
□ (b) 1
□ (c) 2
□ (d) 3
□ (e) 4
What is the equivalent resistance of the circuit?
□ (a) 2/3 Q
π (b) 3/2 Ω
□ (c) 3/11 22
□ (d) 11/3 Q
□ (e) 44/23 92
□ (f) 23/44 92
ww
1 Ω
un
202
E
E
www.
4 Ω
www
Ω
VID 352
IB
Iç
Which of the following Kirchhoff loop equations is/are a valid equation for the circuit?
(a) e + 4 Ic = 0
□(b) e - 3 IB-2 ID - IE = 0
□ (c) & - 3 IB-2 ID = 0
(d) e + 3 IB = 0
>
↑IA](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F933b2e7c-bcb1-4a47-8bd3-8f81e6e7ee8a%2F6a1a221b-eb47-49ac-a141-db94bca5c25c%2Fe6lx6km_processed.png&w=3840&q=75)
Transcribed Image Text:How many unique junctions are in the circuit?
(a) 0; no junctions.
□ (b) 1
□ (c) 2
□ (d) 3
□ (e) 4
What is the equivalent resistance of the circuit?
□ (a) 2/3 Q
π (b) 3/2 Ω
□ (c) 3/11 22
□ (d) 11/3 Q
□ (e) 44/23 92
□ (f) 23/44 92
ww
1 Ω
un
202
E
E
www.
4 Ω
www
Ω
VID 352
IB
Iç
Which of the following Kirchhoff loop equations is/are a valid equation for the circuit?
(a) e + 4 Ic = 0
□(b) e - 3 IB-2 ID - IE = 0
□ (c) & - 3 IB-2 ID = 0
(d) e + 3 IB = 0
>
↑IA
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