programming

Write a program to print counting from one to ten using if go to statement. Today we are simply going to discuss about the use of if go to statement. If go to statement is used to transfer the control of execution to the specify label. Syntax: - goto     label name; Program: - #include<stdio.h> #include<conio.h> void main() { int a=1; clrscr(); x:if(a<=10) { printf("\n %d",a); a++; goto x; } getch(); } Output: - 1 2 3 4 5 6 7 8 9 10

Write a program to input ‘n’ number from the user. Number may be ‘-ve’ or ‘+ve’ . calculate the sum of only ‘-ve’ number. Continue statement is a statement which is used to bypass the current pass of a loop. Syntax: - Continue; Program: - #include<stdio.h> #include<conio.h> void main() { int n, num, sum=0, i; clrscr(); printf("\n enter the number you want to run="); scanf("%d",&n); for( i=0;i<n;i++) { printf("\n enter the number="); scanf("%d",&num); if (num<0) { sum= sum+num; } continue; } printf("\n The sum of numbers is=%d",sum); getch(); } Output: - Enter the number you want to run = (as per user wants) Enter the number = (as per user say) The sum of the numbers is =

Write a program to calculate the addition, subtraction, multiplication and division of two numbers by using the concept of user define function. Those functions whose operations are defined by the user are called user defined function. Following functions are included in user define function; -         Function prototype Function prototype know which type of function is return by the function, name of the function, how many argument or parameter is being used by a function and type of argument or parameter used by a function. Syntax: -   Return type     function name (datatype, datatype) -         Function call statement This function call is an independent module which contain main statement which contain main statement which is written for the purpose of execution of the task. Syntax: -   Var. name = function name (arg1, arg2) -     ...

Write a program to print first ‘n’ even number. For this program I’m using while statement to run the loop. While is an repetition  statement which is used to run the program again and again until the required statement is satisfied. Syntax :   - While (condition) { . . Statement ; . } Program : - #include<stdio.h> void main() { int n, a=2, i=0; clrscr(); printf("\n how many first even number you want to calculate="); scanf("%d", &n); while(i<n) { printf("\n %d", a); a=a+2; i++; } getch(); } Output : - How many first even number you want to calculate=

Write a program to maintain the record of a student by using the structure datatype. Let’s know something about structure. Structure is a collection of heterogenous element which is created as per requirement of the user. When we have to maintain the many type of values with in a body we need a datatype which can implement all the user define datatype then we can use structure. Syntax : - Struct structure name { Type member 1; Type member 2;           /* desired member can be declared */ }; Struct     structure name     structure variable name; Program : - #include<stdio.h> struct student { int age; char name[20]; float fee; char address[30]; }; struct student s; void main () { clrscr(); printf("\n enter your age= "); scanf("%d",& s.age); printf("\n enter your name="); scanf("%s", s.name ); printf("\n enter your fee="); scanf("...

Write a recursive function to calculate the factorial of the number. When a function call itself or when a function call to a second function and in the function definition of 2 nd function again a function call statement for the first function is encountered it is known as recursion and this function is known as recursive function. Let’s do the program: - #include<stdio.h> int factorial (int); void main() { int a,b; clrscr(); printf("\n enter a no="); scanf("%d",&a); b=factorial(a); printf("\n factorial is =%d",b); getch(); } int factorial (int a) { if(a==0) return 1; else return(a*factorial(a-1)); } Dry run : - a=5 (say) return 5* factorial (4) a=4 5*4* factorial (3) a=3 5*4*3* factorial (2) a=2 5*4*3*2*factorial (1) a=1 5*4*3*2*1*factorial (o) a==0 (true) return 1 5*4*3*2*1*1= 120 Factorial is = 120.