Register
Filter

Answers by sh!va

3 votes
61
ace test series 2018
1 votes
62
self doubt
how to decide maximum limit of virtual address space ? is it max disk space available?
how to decide maximum limit of virtual address space ? is it max disk space available?
1 votes
63
UGC NET CSE | December 2005 | Part 2 | Question: 41
The testing of software against $\text{SRS}$ is called : Acceptance testing Integration testing Regression testing Series testing
The testing of software against $\text{SRS}$ is called :Acceptance testingIntegration testingRegression testingSeries testing
2 votes
64
Doubt :Regular Language
L={ W(W^r) , W ∈ (a,b)* } W^r is reverse of W. Is it a regular language ? please Explain.
L={ W(W^r) , W ∈ (a,b)* }W^r is reverse of W.Is it a regular language ?please Explain.
5 votes
65
Tokens and lexems
What is difference between lexems and tokens please explain with example
What is difference between lexems and tokens please explain with example
19 votes
67
GATE CSE 2007 | Question: 8, ISRO2011-31
How many $3$-to-$8$ line decoders with an enable input are needed to construct a $6$-to-$64$ line decoder without using any other logic gates? $7$ $8$ $9$ $10$
How many $3$-to-$8$ line decoders with an enable input are needed to construct a $6$-to-$64$ line decoder without using any other logic gates?$7$$8$$9$$10$
19 votes
68
ISRO2008-23
A computer uses $8$ digit mantissa and $2$ digit exponent. If $a=0.052$ and $b=28E+11$ then $b+a-b$ will : result in an overflow error result in an underflow error be $0$ be $5.28E$+$11$
A computer uses $8$ digit mantissa and $2$ digit exponent. If $a=0.052$ and $b=28E+11$ then $b+a-b$ will :result in an overflow errorresult in an underflow errorbe $0$be ...
1 votes
69
csma/cd
who generate JAM signal while collision?
who generate JAM signal while collision?
1 votes
70
ISRO2008-32
The network $198.78.41.0$ is a Class A network Class B network Class C network Class D network
The network $198.78.41.0$ is aClass A networkClass B networkClass C networkClass D network
8 votes
71
ISRO2008-22
How many $2$-input multiplexers are required to construct a $2^{10}$-input multiplexer? $1023$ $31$ $10$ $127$
How many $2$-input multiplexers are required to construct a $2^{10}$-input multiplexer?$1023$$31$$10$$127$
6 votes
75
ISRO2007-05
The characteristic equation of an $SR$ flip-flop is given by : $Q_{n+1}=S+RQ_n$ $Q_{n+1}=R\bar{Q}_n + \bar{S}Q_n$ $Q_{n+1}=\bar{S}+RQ_n$ $Q_{n+1}=S+\bar{R}Q_n$
The characteristic equation of an $SR$ flip-flop is given by :$Q_{n+1}=S+RQ_n$$Q_{n+1}=R\bar{Q}_n + \bar{S}Q_n$$Q_{n+1}=\bar{S}+RQ_n$$Q_{n+1}=S+\bar{R}Q_n$
2 votes
76
ISRO2007-01
The Boolean expression $\text{Y = (A}+\overline{\text{B}}+\overline{\text{A}}\text{B})\overline{\text{C}}$ is given by $\text{A}\overline{\text{C}}$ $\text{B}\overline{\text{C}}$ $\overline{\text{C}}$ $\text{AB}$
The Boolean expression $\text{Y = (A}+\overline{\text{B}}+\overline{\text{A}}\text{B})\overline{\text{C}}$ is given by$\text{A}\overline{\text{C}}$$\text{B}\overline{\tex...
1 votes
77
Check for Regular Language
Check whether given language is Regular or not? WXWR / W,X∈(0,1)+
Check whether given language is Regular or not?WXWR / W,X∈(0,1)+
0 votes
78
Doubt from coa. How bus length is decided?
Bus width is depends on word length of computer ? If computer is having 32 bit memory I.e. 4 byte = one word. So, bus length will be 4 ?
Bus width is depends on word length of computer ? If computer is having 32 bit memory I.e. 4 byte = one word. So, bus length will be 4 ?
6 votes
79
ISRO2009-74
Use of IPSEC in tunnel mode results in IP packet with same header IP packet with new header IP packet without header No changes in IP packet
Use of IPSEC in tunnel mode results inIP packet with same headerIP packet with new headerIP packet without headerNo changes in IP packet
2 votes
80
ISRO2009-68
A testing method which is normally used as the acceptance test for a software system, is Regression Testing Integration Testing Unit Testing System Testing
A testing method which is normally used as the acceptance test for a software system, isRegression TestingIntegration TestingUnit TestingSystem Testing
6 votes
81
ISRO2009-62
If $\text{A, B, C}$ are any three matrices, then $\text{A}'+\text{B}'+\text{C}' $ is equal to a null matrix $\text{A + B + C}$ $\text{(A + B + C)}'$ $\text{-(A + B + C})$
If $\text{A, B, C}$ are any three matrices, then $\text{A}'+\text{B}'+\text{C}' $ is equal toa null matrix$\text{A + B + C}$$\text{(A + B + C)}'$$\text{-(A + B + C})$
1 votes
84
C PROGRAMMING
0 votes
85
full binary tree , complete and almost complete binary tree difference
what is the difference between all these types of trees 1)full binary tree 2) complete binary tree 3) almost complete binary tree 4)perfect binary tree 5)strictly binary tree is every full binary tree is of all types of binary trees
what is the difference between all these types of trees1)full binary tree 2) complete binary tree 3) almost complete binary tree 4)perfect binary tree 5)strictly binary t...
4 votes
87
Peter Linz Exercise 3.2
GIve a DFA that accepts the following language : L(ab(a+ab)*(a+aa)) What could be the minimum number of states in such DFA?
GIve a DFA that accepts the following language :L(ab(a+ab)*(a+aa))What could be the minimum number of states in such DFA?
0 votes
88
Peter Linz Exercise 3.2
Provide dfa for the below regular expression
Provide dfa for the below regular expression
4 votes
89
UGC NET CSE | December 2012 | Part 3 | Question: 32
A thread is a light weight process. In the above statement, weight refers to time number of resources speed all of the above
A thread is a light weight process.In the above statement, weight refers totimenumber of resourcesspeedall of the above
0 votes
90
UGC NET CSE | December 2012 | Part 3 | Question: 46
Two graphs A and B are shown below: Which one of the following statements is true? Both A and B are planar Neither A nor B is planar A is planar and B is not B is planar and A is not
Two graphs A and B are shown below: Which one of the following statements is true?Both A and B are planarNeither A nor B is planarA is planar and B is notB is planar and ...
Page: