- C Programming Examples
- C Programming Examples
- C Print Hello World
- C Take Input from User
- C Print Integer
- C Add two Numbers
- C Check Even or Odd
- C Check Prime or Not
- C Check Alphabet or Not
- C Check Vowel or Not
- C Check Leap Year or Not
- C Check Reverse equal Original
- C Add Subtract Multiply & Divide
- C Make Calculator
- C Add Digits of Number
- C Calculate Average & Percentage
- C Calculate Arithmetic Mean
- C Calculate Student Grade
- C Print Table of Number
- C Print Prime Numbers
- C Add n Numbers
- C Interchange Numbers
- C Reverse Numbers
- C Swap two Numbers
- C Count Positive Negative & Zero
- C Find Largest of two Numbers
- C Find Largest of three Numbers
- C Find Factorial of Number
- C Find HCF & LCM
- C Calculate Area & Perimeter
- C Calculate Area & Circumference
- C Convert Fahrenheit to Centigrade
- C Convert Centigrade to Fahrenheit
- C Print ASCII Values
- C Print Fibonacci Series
- C Check Palindrome or Not
- C Check Armstrong or Not
- C Generate Armstrong Numbers
- C Find ncR nPr
- C Convert Decimal to Binary
- C Convert Decimal to Octal
- C Convert Decimal to Hexadecimal
- C Convert Binary to Decimal
- C Convert Binary to Octal
- C Convert Binary to Hexadecimal
- C Convert Octal to Decimal
- C Convert Octal to Binary
- C Convert Octal to Hexadecimal
- C Convert Hexadecimal to Decimal
- C Convert Hexadecimal to Binary
- C Convert Hexadecimal to Octal
- C Pattern Printing Programs
- C Print Diamond Pattern
- C Print Floyd Triangle
- C Print Pascal Triangle
- C Print smiling face
- C One Dimensional Array Program
- C Linear Search
- C Binary Search
- C Add Two Numbers using Pointer
- C Find Largest Element in Array
- C Find Smallest Element in Array
- C Reverse Array
- C Insert Element in Array
- C Delete Element from Array
- C Merge two Array
- C Bubble Sort
- C Selection Sort
- C Insertion Sort
- C Two Dimensional Array Program
- C Add two Matrices
- C Subtract Matrices
- C Transpose Matrix
- C Multiply Matrices
- C Three Dimension Array Program
- C Print String
- C Find Length of String
- C Compare two String
- C Copy String
- C Concatenate String
- C Reverse String
- C Delete Vowels from String
- C Delete Words from Sentence
- C Find Frequency of Character
- C Count Word in Sentence
- C Remove Spaces from String
- C Sort a String
- C Convert Uppercase to Lowercase
- C Convert Lowercase to Uppercase
- C Swap two Strings
- C Check Anagram or Not
- C Generate Random Numbers
- C Read File
- C Write to File
- C Read & Display File
- C Copy File
- C Merge two File
- C List Files in Directory
- C Delete File
- C Encrypt and Decrypt Files
- C Print Date
- C Get IP Address
- C Shutdown Computer
- C New Programs
- C Compute Charge to Send Parcel
- C Compute Telephone Bills
- C Find Discounted Purchase Amount
- C Find Wage of Labour
- C Round Off Floating-point Number
- C Find Bonus & Gross Salary
- C Sum/Product of Even/Odd Digit
- C Print Series upto N Term
- C Find Sum of All Digit
- C Find Product of All Digit
- C Find Total Number of Digit
- C Print all Factors of Number
- C Check Perfect Number or Not
- C Find Second Largest & Smallest
- C Print Sum of Row & Column
- C Common Element in Two Array
- C Count Space Tab Newline in file
- C Count with/without Space
- C Smallest of Three Numbers
- C Smallest of Two Numbers
- C Remove extra Spaces from String
- C Programming Tutorial
- C Tutorial
- C Programming Library
- C Standard Library
- C Programming Test
- C Programming Test
- Give Online Test
- Register Now
- Login
- All Test List

In this tutorial, we will learn about how to create a program in C that will calculate and print the total wage of labour on daily basis. Here wage is the salary or money that has to be paid to the worker or labour. Labour is the man who worked for you. The money that has to be paid to the labour will be on daily basis as per the following wage structure:

Hours Worked | Rate Applicable |
---|---|

Up to first 8 hours | Rs. 50.00 |

For next 4 hours | Rs. 10.00 per hour extra |

For next 4 hours | Rs. 20.00 per hour extra |

For next 4 hours | Rs. 25.00 per hour extra |

For next 4 hours | Rs. 40.00 per hour extra |

Now let's take a look at the program:

// Write a program in C, to compute the wage of labour // (working on the daily basis) as per the following // wage structure: // Hours Worked Rate // For first 8 hrs. Rs. 50 // For next 4 hrs. Rs. 10/hr // For next 4 hrs. Rs. 20/hr // For next 4 hrs. Rs. 25/hr // For next 4 hrs. Rs. 40/hr // The output of the program should be like this: // Enter Name of Employee: XXXXXXXX // Enter total hours worked: 21 // Total Wage: Rs.310 // -----------codescracker.com----------- #include<stdio.h> #include<conio.h> int main() { float initWage=50, hours, tempHour, tempWage, totalWage; char name[20]; printf("Enter Name of Employee: \t"); gets(name); printf("Enter total hours worked: \t"); scanf("%f", &hours); if(hours<=8) { totalWage = initWage; } else if(hours>8 && hours<=12) { tempHour = hours-8; tempWage = tempHour*10; totalWage = tempWage + initWage; } else if(hours>12 && hours<=16) { tempHour = hours-12; tempWage = 4*10; totalWage = initWage + tempWage + (tempHour*20); } else if(hours>16 && hours<=20) { tempHour = hours-16; tempWage = (4*10) + (4*20); totalWage = initWage + tempWage + (tempHour*25); } else if(hours>20 && hours<=24) { tempHour = hours-20; tempWage = (4*10) + (4*20) + (4*25); totalWage = initWage + tempWage + (tempHour*40); } else { printf("A single day only has 24 hours."); getch(); return 0; } printf("Total Wage: \t\t\tRs.%0.2f", totalWage); getch(); return 0; }

As the program was written under **Code::Blocks** IDE, therefore here is the sample run after successful build and run:

Now provide the name of the labour say **codes cracker**, then total hours worked by him say **21**. Press ENTER key to see
the wage of labour as shown in the second snapshot of the sample run given here:

Here is another sample run. In this case, the labour has worked for all the day (24 hour). Let's see according to the above pay-scale, what will be the earning of the labour for one whole day:

Here are some of the main steps used in above program:

- Ask from user to enter his name
- Again ask to enter how many hours he has worked for any particular date (or for today)
- Never forgot to initialize a variable say
**initWage**with**50**as its initial value at start of the program. Because according to pre-defined wage structure given above, employer has to paid Rs.50 to the employee for his first 8 hours of work. No matter whether he has worked only for 1 hours or total of 8 hours. - Now check whether the hour worked is less than or equal to 8 or not
- If it is, then just initialize the value of
**initWage**to the variable say**totalWage**that will hold up the total wage of the labour at last of the program - If worked hour is not less than or equal to 8, then check whether it is
**greater than 8 and less than or equal to 12**or not - If it is, then add the rate given for next 4 hour after initial 8 hours worked by the labour, that is 10 rupees per hour
is the extra rate for next 4 hour after starting 8 hours, it means we have to minus the given hour by 8 and then multiply the
remaining hour value with 10, and then add it up with 50 to initialize it to the
**totalWage**of labour - In this way continue checking and calculating for the given number of hours
- For example, if labour has worked 23 hours in a day, then the wage that has to be paid to labour will be calculated as:
- As the user has entered
**23**as total hours worked, therefore 23 will be initialized to**hours**variable - As
**23**is**greater than 20 and less than or equal to 24**, therefore the program flow goes inside the last**else if**block where the applied condition is:

**else if(hours>20 && hours<=24)**

As the rate for first 8 hours is 50 rupees, rate for next 4 hours is Rs.10/hr extra, rate for next 4 hours is Rs.20/hr extra, rate for next 4 hours is Rs.25/hr extra, and rate for next and last 4 hours is Rs.40/hr extra - Therefore, we have to initialize
**50 + (4*10) + (4*20) + (4*25) + ((hours-20)*40)**or**50 + 80 + 100 + ((23-20) *40)**or**230 + (3*40)**or**230 + 120**or**350**to the variable say**totalWage**. In this program, what the total wage is,**totalWage**will hold it

- As the user has entered
- Finally print the value of
**totalWage**as output