1. The 3 bits wide output of a 4-1 Multiplexer is connected to the select lines of a 3-8 Decoder asshown in the following circuit.Which output will be selected on this decoder:DecdMUX111a. Ib. 3с. 5d. 72. Consider the below comparator, if a-1, a,-0,b-1, and b.-1 then the output will be:a.b. G-I E-1 L-1c. G-0 E-0 L-1d. G-0 E-1 L-0GTwo-bitEComparatorG=0 E=0 L=0bo3. Based on the below state diagram and having input X and output Y, which of the followingstatements are correct?001/0в000000D10Ca. When X= 0, the state B will change to C and Y 1.b. When X- 0, the state C will change to D and Y = 0.c. When X= 1, the state B will remain unchanged and Y = 0.d. When X = 1, the state A will change to B and Y = 1.

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1. The 3 bits wide output of a 4-1 Multiplexer is connected to the select lines of a 3-8 Decoder as shown in the following circuit. Which output will be selected on this decoder: Decd MUX a. I b. 3 c. 5 d. 7

1. The 3 bits wide output of a 4-1 Multiplexer is connected to the select lines of a 3-8 Decoder as shown in the following circuit. Which output will be selected on this decoder: Decd MUX a. I b. 3 c. 5 d. 7

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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Question

1. The 3 bits wide output of a 4-1 Multiplexer is connected to the select lines of a 3-8 Decoder as
shown in the following circuit.
Which output will be selected on this decoder:
Decd
MUX
111
a. I
b. 3
с. 5
d. 7
2. Consider the below comparator, if a-1, a,-0,b-1, and b.-1 then the output will be:
a.
b. G-I E-1 L-1
c. G-0 E-0 L-1
d. G-0 E-1 L-0
G
Two-bit
E
Comparator
G=0 E=0 L=0
bo
3. Based on the below state diagram and having input X and output Y, which of the following
statements are correct?
00
1/0
в
00
00
00
D
10
C
a. When X= 0, the state B will change to C and Y 1.
b. When X- 0, the state C will change to D and Y = 0.
c. When X= 1, the state B will remain unchanged and Y = 0.
d. When X = 1, the state A will change to B and Y = 1.

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