Q5: Choose the correct choice that fits each of the following: 1. (9D) Mex - (73) = a- (11011001) EX-3 b- (01100010) EX-3 c- (11001011) EX-3 d-none of the above 2. (1111000) aco = a- (1001110) Gray b- (1101001) Gray C- (1111000) Gray d-none of the above 3. To implement a Mod-4 ripple counter, you need at least, a-2 b-3 flip flops. C- 4 d-16 4. The decoder with enable can be used as a- a comparator b- a multiplexer c- an encoder d-a demultiplexer 5. For a 3-bit Johnson counter starting at the initial state (101)2, the count sequence is a-(101)2, (010)2, and repeat b-(101)2, (111)2, (111)2, and repeat c- (101)2, (011)2, (001)2, (000)z. (100)2, (101)2, and repeat d-none of the above

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Q5: Choose the correct choice that fits each of the following:
1. (9D) Mex - (73) =
a- (11011001) EX-3
b- (01100010) EX-3
c- (11001011) EX-3
d-none of the above
2. (1111000) aco =
a- (1001110) Gray
b- (1101001) Gray
C- (1111000) Gray
d-none of the above
3. To implement a Mod-4 ripple counter, you need at least,
a-2
b-3
flip flops.
C- 4
d-16
4. The decoder with enable can be used as
a- a comparator
b- a multiplexer
c- an encoder
d-a demultiplexer
5. For a 3-bit Johnson counter starting at the initial state (101)2, the count sequence is
a-(101)2, (010)2, and repeat
b-(101)2, (111)2, (111)2, and repeat
c- (101)2, (011)2, (001)2, (000)z. (100)2, (101)2, and repeat
d-none of the above
Transcribed Image Text:Q5: Choose the correct choice that fits each of the following: 1. (9D) Mex - (73) = a- (11011001) EX-3 b- (01100010) EX-3 c- (11001011) EX-3 d-none of the above 2. (1111000) aco = a- (1001110) Gray b- (1101001) Gray C- (1111000) Gray d-none of the above 3. To implement a Mod-4 ripple counter, you need at least, a-2 b-3 flip flops. C- 4 d-16 4. The decoder with enable can be used as a- a comparator b- a multiplexer c- an encoder d-a demultiplexer 5. For a 3-bit Johnson counter starting at the initial state (101)2, the count sequence is a-(101)2, (010)2, and repeat b-(101)2, (111)2, (111)2, and repeat c- (101)2, (011)2, (001)2, (000)z. (100)2, (101)2, and repeat d-none of the above
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