1.97
2.65
3.66
4.1
1.modular programming
2.object oriented programming
3.threading programming
4.All of the above
1.header file
2.recursion
3.memory management
4.Geometrical graphics
1.Every loop is entry control loop
2.those where condition are check at entry level
3.those where condition are check at exit level
4.All of the above
1.for loop
2.while loop
3.do while loop
4.1 and 2
1.first line
2.main function
3.anywhere
4.None of the above
1.for loop
2.while loop
3.do while loop
4.All of the above
1.in which condition are check at entry level
2.in which condition are check at exit level
3.Both of the above
4.None of the above
1.break the loop
2.exit the function call
3.exit the whole program
4.None of the above
1.process header file
2.stdlib header file
3.Both of the above
4.None of the above
1.math header file
2.stdlib header file
3.stdio file
4.iostream file
1.initialization
2.condition
3.increment and decrement
4.All of the above
1.rand() function
2.random() function
3.randno() function
4.All of the above
1.stack area
2.heap area
3.queue area
4.None of the above
1.int
2.long int
3.Integer
4.None of the above
1.34
2.33
3.32
4.None of the above
1.pass printf statement in conditional statements
2.pass printf statement in while and break the loop
3.Both of the above
4.None of the above
1.global variable
2.static variable
3. long variable
4.register variable
1.Heap area
2.stack area
3.virtual memory
4.None of the above
1.static
2.extern
3.auto
4.global
1.Heap
2.stack
3.both
4.none
1.No
2.Yes
3.Depend on compiler
4.None of the above
1.YES
2.NO
3.Can not say
4.None of the above
1.Yes
2.No
3.Depend on compiler
4.updated version of c language support nested loop
1.Yes
2.No
3.Depend on compiler
4.updated version of c language support nested loop
1.two loop , one by one run
2.one loop is always a nested loop
3.exit control is always a nested loop
4.loop inside loop
1.As an error value
2.As a sentinel value
3.To terminate indirection in the recursive data structure
4.All of the above
1.math
2.stdio
3.stdlib
4.process
1.{}
2.void main(){}
3.main
4.All of the above
1.two variable
2.three variable
3.one variable
4.None of the above
1.for
2.while
3.do while
4.All of the above
1.keyword
2.function
3.special data type without any value
4.void can be used in place of double
1.for loop
2.goto statement
3.recursion
4.All of the above
1.auto
2.static
3.register
4.All of the above
1.A local static variable is a variable whose lifetime does not end with a fu
2.It extends for the lifetime of complete program
3.All calls to the function share the same copy of local static variables
4.All of the above
1.pointer point the deallocated memory
2.pointer point to the NULL memory
3.pointer point to the valid memory area
4.All of the above
1.i++ is prefix while ++i is postfix
2.i++ is postfix while ++i is prefix
3.Both of the above
4.None of the above
1.i++ return value first then increment the i
2.++i return value first then increment the i
3.++i increment first then return value
4.1 and 3 are true
1.it is used for the objects allocated dynamically
2.it is used for the objects deallocated dynamically
3.HEAP is a memory allocation by int
4.None of the above
1.Memory is free by the programmers after use of Heap memory
2.Memory leak occurs when programmers create a memory in heap and forget to d
3.Both of the above
4.None of the above
1.NULL is used to indicate that the pointer doesnt point to a valid location.
2.NULL is used to indicate the end of link list
3.NULL pointer cannot point anything
4.None of the above
1.Scope of variable is declaration of variable
2.Scope of variable is calling of variable
3.Scope of a variable is the part of the program where the variable may direc
4.None of the above
1.It is used to store local variables and arguments of a method
2.It is used to allocate dynamic memory
3.Both of the above
4.None of the above
1.they goes infinite when exceed range
2.they give error when exceed range
3.they goes back in cyclic form when exceed range
4.None of the above
1.both are same
2.we always require declaration before definition
3.definition time we allocate memory
4.None of the above
1.To get address of a variable
2.For achieving pass by reference in C
3.To implement link list data structure
4.All of the above
1.int
2.float
3.char
4.All of the above
1.short
2.long
3.signed
4.All of the above
1.int
2.float
3.char
4.None of the above
1.two line
2.one line
3.no body of while
4.None of the above