1 answer
2
Match the terms in $\textbf{List-I}$ with the options given in $\textbf{List-II}$ :$\begin{array}{clcl} & \textbf{List-I} & & \textbf{List-II}\\ \text{(a)} & \text{Decod...
18 answers
4
If every non-key attribute is functionally dependent on the primary key, then the relation is in ________First normal formSecond normal formThird normal formFourth normal...
7 answers
8
Let $f(n)= Ω(n), g(n)= O(n)$ and $h(n)= Ѳ(n)$. Then $[f(n). g(n)] + h(n)$ is:Ω (n)O (n)Ѳ (n)None of these
2 answers
9
Consider a hash table of size m=100 and the hash function h(k)=floor (m(kA mod 1)) for $A=\frac{ (\sqrt{5}-1)}{2} = 0.618033$. Compute the location to which the key k=123...
2 answers
12
How many multiples of $6$ are there between the following pairs of numbers?$0$ and $100$ and $-6$ and $34$$1$ and $6$$17$ and $6$$17$ and $7$$16$ and $7$
4 answers
14
Match the following w.r.t Input/Output management :$\begin{array}{ll} &{\text{List – I}} & & {\text{List – II}} \\ \text{a.} & \text{Device controller} & \text{i.} &...
2 answers
16
A 5-ary tree in which every internal node has exactly 5 children. The number of left nodes in such a tree with 8 internal nodes will be:303345125
2 answers
19
If an Interrupt occurs during process executing in CPU then the process will move RUN to READY or RUN to WAIT/BLOCK ?
2 answers
20
Suppose ∑* over {a,b,c} , whether it is regular or not ?If yes then will it contain this language or not { an . bn . cn | n 0 } ? If yes then how is sigma* regular ?...
1 answer
21
What is Phase structured grammar?
3 answers
24
Perform the following operation for the binary equivalent of the decimal numbers $(-14)_{10}+(-15)_{10}$. The solution in 8 bit representation is1110001100011101100111011...
3 answers
25
In $\text{RS}$ flip-flop, the output of the flip-flop at time $(t+1)$ same as the output at time $t$, after the occurrence of a clock pulse if :$S=R=1$$S=0, R=1$$S=2, R=0...
1 answer
26
Match the following in $\textbf{List-I}$ and $\textbf{List-II}$, for a function $f$ :$\begin{array}{clcl} \text{} & \textbf{List-I} & & \textbf{List-II} \\ \text{(a)} & ...