An array is simply a collection of variables of similar
datatype while a linklist is a collection of nodes where
each node is a combination of a data value and pointer to
another record.
in array we are having limted memory size(by intializing the
array size).but in the linked list we dont want to intialize
the size because it is the list of elements.there will many
tyes of linked list,by our requirements we can use any one
of the linkedlist.
We can allocate memory DYNAMICALLY in linked list where as
in array static allocation of memory is there. In array
contiguous memory allocation procedure is there where as in
linked list we can allocatememory where we want.
An array is simply a collection of variables of similar
datatype while a linklist is a collection of nodes where
each node is a combination of a data value and pointer to
another record.
#define swap1(a,b) a=a+b;b=a-b;a=a-b;
main()
{
int x=5,y=10;
swap1(x,y);
printf("%d %d\n",x,y);
swap2(x,y);
printf("%d %d\n",x,y);
}
int swap2(int a,int b)
{
int temp;
temp=a;
b=a;
a=temp;
return;
}
what are the outputs?
Write a program that accepts a string where multiple spaces
are given in between the words. Print the string ignoring
the multiple spaces.
Example:
Input: “ We.....Are....Student “ Note: one .=1 Space
Output: "We Are Student"
consider the following program sigment
int n,sum=1;
switch(n) {
case 2:sum=sum+2;
case 3:sum*=2;
break;
default:sum=0;}
if n=2, what is the value of sum
a.0
b.6
c.3
d.none
There is a 100-story building and you are given two eggs.
The eggs (and the building) have an interesting property
that if you throw the egg from a floor number less than X,
it will not break. And it will always brake if the floor
number is equal or greater than X. Assuming that you can
reuse the eggs which didn't broke; you got to find X in a
minimal number of throws. Give an algorithm to find X in
minimal number of throws.