Create a program that will the salary, no of hours work, the deduction, total deduction and net pay.

That would depend on your country, province, or state. Please consult the appropriate authority.

This is a mathematical notation for a function of a variable x.
Let there be two quantities say the number of hours worked per week (x) and the salary you get paid (y).
The number of hours you work is the independant variable. The salary paid is the dependant variable.
For each amount of hours you work, your boss calculates the salary that is owed you at the end of the week. The method your boss uses to calculate your salaray is the function.
Symbolically, this can be represented as
Salary ($)=f(hours vorked) or
y=f(x)

For example: if the hourly rate is 8$/h and you work 35h then what is owed you is
35h*8$/h=280$
If you work more hours you will get more pay and if less hours, less pay
The rule is y=8*x

Hi, First of all please check the conditions but as far as i understand the conditions the program would be like this-
#include<stdio.h> #include<conio.h> void main() { int salary,bonus,totalsalary,hours; printf("enter salary"); scanf("%d",&salary); printf("enter hours"); scanf("%d",&hours); if(hours<45 && hours>=40) { bonus=500; } else { if(hours<40 && hours>=35) { bonus=300; } else { if(hours<=30 && hours>20) { bonus=150; } else { bonus=0; } } } totalsalary=salary+bonus; printf("Salary=%d",salary); printf("Bonus=%d",bonus); printf("Total Salary=%d",totalsalary); getch(); }
But the conditiosn given by you are not seems to be correct.Just correct the conditions value if wrong and run the program Thanks! mannu_rakesh

you solution is her



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Description
DotNetNuke is an open-source Content Management System and web application framework. DotNetNuke has taken the Microsoft world by storm and now at version 4, its community has grown to over 200,000 users. This book covers virtually everything you need to know to get your DotNetNuke website up and running. Concisely written and with clear explanations, this book is covers installation, administration, deployment, site creation and all of the basic built in DotNetNuke modules. For developers, chapters on the core architecture, skinning and custom modules, including coverage of the DAL+, give you the skills to customize and extend your site. The book starts off by giving you a deep understanding of working with basic DotNetNuke sites, guiding you through the features and giving you the confidence to create and manage your site. After that, you will journey to the heart of DotNetNuke, and learn about its core architecture. Always concise, relevant and practical, you will find out what makes DotNetNuke tick, and from there, you will be ready to customize DotNetNuke. Developers will enjoy the detailed walkthrough of creating a new custom modules. Special emphasis is given to the DAL+, an extended feature set of the DotNetNuke Data Access Layer (DAL). You will see how to create custom modules with the DAL+, and invigorate your module development. Web designers will enjoy the material on skinning, helping them to create a new look for their site. You will learn about creating new skins, and packaging them up for easy deployment. You will master all of this as you leap into the development of a DotNetNuke 4 site. This book will give you the skills to create and manage DotNetNuke websites as quickly as possible. You will:
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How to Create in Payroll in Tally 9? Please Explain neatly

da=basic*(Da%/100)
hra=basic*(Hra%/100)
apply the same for remaining additions and deductions
net=(basic+da+hra+ca+ea)-(pf+pt)

Firstly you need to determine/state whether you are using a database application, such as Access, MtSQL or MS SQL and programming them to do create this application, or are you using a programming development tool such as Visual Studio, ASP.NET, PHP or the like, as the solution and guidance will be different for each.
In terms of the data design, you should store the data necessary to identify each employee uniquely and each data point per employee needed to calculate their payroll. You should then store the generic (applys to all employees) such as tax rates, in separate tables and call on it to calculate wages and other paystub data.
For instance, the employee first and last names and tax ID should be a sufficient unique identifier. Create a table for just employees, their names, tax ID, start date, schedule, pay rate, number of deductions, direct bank payment data, etc., and whatever else you decide you need for each employee. You can calculate their wages by multiplying their rate by their schedule and applying the appropriate tax rate and medical/witholding deductions as you go, so calculated data does not need to be stored and consume database space. 
You'll likely need a separate table for common data such as tax rates, one for deductions/witholdings, one for holidays, one for vacation accrual rates, one for medical rates, etc. This data if common to employees does not need to be stored per individual, as that would cause redundant replication of data. If the employees are on an hourly rate, rather than a set salary/wage, then you'll need a table of worked hours per employee, akin to their timesheet data. If you use a timesheet/timecard, the entering and storing only the totals and keeping the physical timesheet for backup records should suffice.
Once you design and populate your database as suggested above, then it's a relatively-simple task of calculating the computed paystub data and storing the salient resulting datapoints for the record.
Consider a reporting application, such as Crystal Reports, for your printing needs, as its far easier to configure Crystal or similar product to format reports, paystubs, checks, etc., than coding these from scratch.
Hope this helps.

A book shop maintains the inventory of books that are being sold at the shop. The list has details like author, title, price, publisher and stock position. Whenever a customer wants a book, the sales person inputs the title and author and the system searches the list and displays a suitable message if it is not available. If it is available, the system displays the book details and requests for the number of copies required. If the copies are available, the total cost of the copies requested is displayed, otherwise the message ‘copies not in stock’ is displayed.
Design a system using a class called BOOKS with suitable member functions and constructors. Use new operator in constructors to allocate required memory space.