Author: Saravana Kumar

C Programming – If Statements – Examples
Examples of IF Statements

Click the following Links to go Solutions of Programs :
- 1.1 To Check Eligible to Vote – I
- 1.2 To Check Eligible to Vote – II
- 1.3 To Check Eligible to Vote – III
- 2.1 Biggest of Two numbers – I
- 2.2 Biggest of Two numbers – II
- 2.3 Biggest of Two numbers – III
- 3.1 Biggest of Three numbers – I
- 3.2 Biggest of Three numbers – II
- 3.3 Biggest of Three numbers – II
- 4.1 To check given value is positive,negative or zero value.
- 5.1 To check given number is Even or Odd number
- 6.1 To Calculate the absolute value of an integer
- 7.1 Leap Year or Not
- 8.1 To categorizes a single character that is entered at the keyboard.
- 9.1 To Evaluate simple expression of the following form – I : Number operator Number For Ex : See Following Output
- Type in your expression : 10+20
- 30.00
- Ex:9.2 To Evaluate simple expression of the following form -II : Number operator Number
Example : 1.1 To Check Eligible to Vote
```
#include<stdio.h>
#include<conio.h>
void main()
{
int age;
clrscr();
printf("\nEnter Your Age : ");
scanf("%d",&age);

if(age>=18)
   printf("\nAge is greater than or equal to 18");

getch();
}
```
Output : 1

Enter Your Age : 30
Age is greater than or equal to 18

Output : 2 (No Result)

Enter Your Age : 10

Example : 1.2 To Check Eligible to Vote
```
#include<stdio.h>
#include<conio.h>
void main()
{
int age;
clrscr();
printf("\nEnter Your Age : ");
scanf("%d",&age);

if(age>=18)
{
   printf("\nAge is greater than or equal to 18");
   printf("\nThis Age Eligible to Vote");
}

getch();
}
```
Output : 1

Enter Your Age : 30
Age is greater than or equal to 18
This Age Eligible to Vote

Output : 2 (No Result)

Enter Your Age : 10

Example : 1.3 To Check Eligible to Vote
```
#include<stdio.h>
#include<conio.h>
void main()
{
int age;
clrscr();
printf("\nEnter Your Age : ");
scanf("%d",&age);

if(age>=18)
   printf("\nEligible to Vote");
else
   printf("\nNot Eligible to Vote");

getch();
}
```
Output : 1

Enter Your Age : 30
Age is greater than or equal to 18
Eligible to Vote

Output : 2 (No Result)

Enter Your Age : 10
Not Eligible to vote

Example : 2.1 Biggest of Two Numbers
```
#include<stdio.h>
#include<conio.h>
void main()
{
int a,b;
clrscr();
printf("\nEnter Value of A ");
scanf("%d",&a);

printf("\nEnter Value of B ");
scanf("%d",&b);

if(a>b)
   printf("\n A is Big");
else
   printf("\n B is Big");

getch();
}
```
Output : 1

Enter value of A 10
Enter value of B 20
A is big

Output : 2 (Result is Wrong – To Fix This Problem – See Next Example 2.2)

Enter value of A 10
Enter value of B 10
B is big

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Example : 2.2 Biggest of Two Numbers (Change below Code in Previous Code ( Ex 2.1 )
```
if(a>b)
   printf("\nA is Big");
if(b>a)
   printf("\nB is Big");
```
(Or)
```
if(a>b)
   printf("\nA is Big");
else if(b>a)
   printf("\nB is Big");
```
Output : 1

Enter value of A 10
Enter value of b 20
B is big

Output : 2 (To print message A & B are equal – See the below Example 2.3

Enter value of A 10
Enter value of B 10

Example : 2.3 Biggest of Two Numbers (Change below Code in Previous Code (Ex 2.1 )
```
if(a>b)
   printf("\nA is Big");
if(b>a)
   printf("\nB is Big");
else if(a==b)
   printf("\nA & B are Equal");
```
Output : 1

Enter value of A 10
Enter value of b 20
B is big

Output : 2

Enter value of A 10
Enter value of B 10
A & B are Equal

Example : 3.1 Biggest of Three Numbers
```
#include<stdio.h>
#include<conio.h>
void main()
{
int a,b,c;
clrscr();
printf("\nEnter Value of A ");
scanf("%d",&a);
printf("\nEnter Value of B ");
scanf("%d",&b);
printf("\nEnter Value of C ");
scanf("%d",&c);

if(a>b && a>c)
   printf("\n%d is Big",a);
else if (b>a && b>c)
   printf("\n%d is Big",b);
else if (c>a && c>b)
   printf("\n%d is Big",c);

getch();
}
```
Output : 1

Enter Value of A 2
Enter Value of B 3
Enter Value of C 4
4 is Big

Output : 2 (A & C Values are less than B.See the Next Output )

Enter Value of A 3
Enter Value of B 4
Enter Value of C 3
4 is Big

Output : 3 (A & C Values are greater than B. To print message A & C is big – See [Ex 3.2])

Enter Value of A 3
Enter Value of B 2
Enter Value of C 3

Output : 4 (To print message 3 values are Equal – See [Ex 3.2])

Enter Value of A 3
Enter Value of B 3
Enter Value of C 3

Example : 3.2 Biggest of Three Numbers (Change below code in Previous Code[(Ex 3.1 ] )

if(a>b && a>c)    printf("\n%d is Big",a); else if (b>a && b>c)    printf("\n%d is Big",b); else if (c>a && c>b)    printf("\n%d is Big",c); else    printf("\n3 Values are Equal");

[or]

if(a>b && a>c)    printf("\n%d is Big",a); else if (b>a && b>c)    printf("\n%d is Big",b); else if (c>a && c>b)    printf("\n%d is Big",c); else if(a==b && b==c)    printf("\n3 Values are Equal");

Output : 1

Enter Value of A 3
Enter Value of B 3
Enter Value of C 3
3 Values are Equal

Output : 2 (A & C Values are greater than B. To print message A & C is big – See [Ex 3.3])

Enter Value of A 3
Enter Value of B 2
Enter Value of C 3

Example : 3.3 Biggest of Three Numbers (Finally)

#include<stdio.h>
#include<conio.h>
void main()
{
int a,b,c;
clrscr();
printf(“\nEnter Value of A “);
scanf(“%d”,&a);
printf(“\nEnter Value of B “);
scanf(“%d”,&b);
printf(“\nEnter Value of C “);
scanf(“%d”,&c);

if(a==c && b<a)
    printf(“\nA & C Values are Big “);
else if(a==b && c<a)
   printf(“\nA & B Values are Big”);
else if(b==c && a<b)
   printf(“\nB & C Values are Big”);
else if(a==b && b==c)
   printf(“\n3 Values are Equal.”);
else if(a>b && a>c)
   printf(“\nA (%d) is Big”,a);
else if (b>a && b>c)
   printf(“\nB (%d) is Big”,b);
else if (c>a && c>b)
   printf(“\nC (%d) is Big”,c);

getch();
}

Output : 1

Enter Value of A 2
Enter Value of B 3
Enter Value of C 2
B (3) is Big

Output : 2

Enter Value of A 3
Enter Value of B 2
Enter Value of C 3
A & C values are Big

Example : 3.1 Biggest of Three Numbers

#include<stdio.h>
#include<conio.h>
void main()
{
int a,b,c;
clrscr();
printf(“\nEnter Value of A “);
scanf(“%d”,&a);
printf(“\nEnter Value of B “);
scanf(“%d”,&b);
printf(“\nEnter Value of C “);
scanf(“%d”,&c);

if(a>b && a>c)
   printf(“\n%d is Big”,a);
else if (b>a && b>c)
   printf(“\n%d is Big”,b);
else if (c>a && c>b)
   printf(“\n%d is Big”,c);

getch();
}

Output : 1

Enter Value of A 2
Enter Value of B 3
Enter Value of C 4
4 is Big

Output : 2 (A & C Values are less than B.See the Next Output )

Enter Value of A 3
Enter Value of B 4
Enter Value of C 3
4 is Big

Output : 3 (A & C Values are greater than B. To print message A & C is big – See [Ex 3.2])

Enter Value of A 3
Enter Value of B 2
Enter Value of C 3

Output : 4 (To print message 3 values are Equal – See [Ex 3.2])

Enter Value of A 3
Enter Value of B 3
Enter Value of C 3

Example : 3.2 Biggest of Three Numbers (Change below code in Previous Code[(Ex 3.1 ] )

if(a>b && a>c)
   printf(“\n%d is Big”,a);
else if (b>a && b>c)
   printf(“\n%d is Big”,b);
else if (c>a && c>b)
   printf(“\n%d is Big”,c);
else
   printf(“\n3 Values are Equal”);

[or]

if(a>b && a>c)
   printf(“\n%d is Big”,a);
else if (b>a && b>c)
   printf(“\n%d is Big”,b);
else if (c>a && c>b)
   printf(“\n%d is Big”,c);
else if(a==b && b==c)
   printf(“\n3 Values are Equal”);

Output : 1

Enter Value of A 3
Enter Value of B 3
Enter Value of C 3
3 Values are Equal

Output : 2 (A & C Values are greater than B. To print message A & C is big – See [Ex 3.3])

Enter Value of A 3
Enter Value of B 2
Enter Value of C 3

5.1 To check given number is Even or Odd number

#include<stdio.h>
#include<conio.h>
void main()
{
int n;
clrscr();
printf(“\nEnter any Value “);
scanf(“%d”,&n);

if(n%2==0)
   printf(“\n%d is Even Number “,n);
else if (n%2==1)
   printf(“\n%d is Odd Number”,n);

getch();
}

Output : 1

Enter any Value 3
3 is Odd Number

6.1 To Calculate the absolute value of an integer

#include<stdio.h>
#include<conio.h>
void main()
{
int number;
clrscr();
printf (“Enter any Number “);
scanf (“%d”, &number);

if ( number < 0 )    number= – number;

printf (“\n The absolute value is %d”,number);
getch();
}

Output : 1

Enter any Number 2
The absolute value is 2

Output : 2

Enter any Number -4
The absolute value is 4

Ex:7.1 Leap Year or Not

#include<stdio.h>
#include<conio.h>
void main()
{
int year,reminder;
clrscr();
printf (“Enter the Year “);
scanf (“%d”,&year);

//if(year%4==0 && year%4!=0 || year % 400==0)
//if((year%4==0 && year%4!=0) || year % 400==0)
if(reminder==0)
   printf(“\nIt’s a Leap Year”);
else
   printf(“\nIt’s not a Leap Year”);

getch();
}

Output : 1

Enter The year 2010
It’s a Leap Year.

Ex:8.1 to Categorizes a Single Character that is entered at the keyboard.

#include<stdio.h>
#include<conio.h>
void main()
{
char c;
clrscr()
printf(“\nEnter a Single Character > “);
scanf(“%c”,&c);

if ( (c >= ‘a’ && c <= ‘z’) || (c >= ‘A’ && c <=’Z’) )    printf (“It’s an alphabetic character.\n”); else if (c >= ‘0’ && c <= ‘9’ )    printf (“It’s a digit.\n”); else    printf (“It’s a special character.\n”);

getch();
}

Output : 1

Enter a Single Character > a
It’s an alphabetic character.

Output : 2

Enter a Single Character > 2
It’s a digit.

Output : 3

Enter a Single Character > &
It’s a special character.

Ex:9.1 To Evaluate simple expression of the following form – I : Number operator Number

#include<stdio.h>
#include<conio.h>
void main()
{
float number1,number2;
char operator;
printf (“\nType in your expression : “);
scanf(“%f %c %f”,&number1,operator,&number2);

if ( operator == ‘+’ )
   printf (“\n%.2f “, number1+number2);
else if ( operator == ‘-‘ )
   printf (“\n%.2f “, number1-number2);
else if ( operator == ‘*’ )
   printf (“\n%.2f “, number1*number2);
else if ( operator == ‘/’ )
   printf (“\n%.2f “, number1/number2);

getch();
}

Output : 1

Type in your expression : 10+20
30.00

Output : 2

Type in your expression : 123.45*121
14937.45

Output : 3 (To Fix following Output See Next Example )

Type in your expression : 5/0
(Program terminated.Because Division by Zero Error)

Ex:9.2 To Evaluate simple expression of the following form -II : Number operator Number

#include<stdio.h>
#include<conio.h>
void main()
{
float number1,number2;
char operator;
printf (“\nType in your expression : “);
scanf(“%f %c %f”,&number1,operator,&number2);

if ( operator == ‘+’ )
   printf (“\n%.2f “, number1+number2);
else if ( operator == ‘-‘ )
   printf (“\n%.2f “, number1-number2);
else if ( operator == ‘*’ )
   printf (“\n%.2f “, number1*number2);
else if ( operator == ‘/’ )
else if ( operator == ‘/’ )
{
  if(number2==0)
     printf(“\nCannot divided by zero “);
  else
     printf (“\n%.2f “, number1/number2);
}
else
   printf(“\nUnknown Operator.);

getch();
}

Output : 1

Type in your expression : 5/0
Cannot divided by zero

Output : 2

Type in your expression : 5$0
Unknown Operator
August 3, 2024
Fake News Alerts – Aug 2024
தற்போது Social Mediaவின் பயன்பாடு அதிகரித்து வரும் நிலையில் பல்வேறு போலியான செய்திகள் , மின்னஞ்சல்கள், Whatsapp Messages பரவி வருகிறது. இதனால் பல நபர்கள் தங்கள் தகவல்களை இணையதளத்தில் அல்லது பதிவிறக்கம் செய்யப்படும் செயலிகள் (Fake Android Applications) மூலம் பதிவு செய்வதால் பல்வேறு தகவல்கள் திருடப்படுகின்றன.

இதனை தடுக்கும் வகையில் தற்போது பரவி வரும் போலியான தகவல்கள் என்ன என்பதை கண்டறியும் வகையில் உருவாக்கப்பட்ட Twitter பக்கங்களின் விவரங்கள் கீழே கொடுக்கப்பட்டுள்ளது.
1. Cyber Crime Wing – Tamil Nadu – https://x.com/tncybercrimeoff
2. PIB Fact Check – https://x.com/PIBFactCheck
3. Cyber-safety and Cybersecurity awareness handle maintained by Ministry of Home Affairs, Government of India – https://x.com/Cyberdost
4. Tamilnadu Fact Check – https://x.com/tn_factcheck
மேலும மேற்படி Twitter பக்கங்களில் பகிரப்பட்ட சில தகவல்களை இங்கே காணலாம்.
1. ) Research the company before making any investment!! To Report Cyber Crimes-Dial 1930 or register at https://cybercrime.gov.in
2) Beware of IRCTC ticket refund scam!! To Report Cyber Crimes-Dial 1930 or register at https://cybercrime.gov.in

3) Beware of this New SCAM : This is the new way of bank fraud, don’t click on the link in the message.

Source : https://x.com/tnpoliceoffl/status/1819231033658618009

Beware of this New SCAM : This is the new way of bank fraud, don’t click on the link in the message.

4) Beware ‼️ Did you also receive a message asking you to download & install an APK file to redeem SBI rewards❓

❌
TheOfficialSBI NEVER sends links or APK files over SMS/WhatsApp

✔️Never download unknown files or click on such links
August 3, 2024
Step-by-Step JavaScript Learning Schedule: 30 Days to Proficiency

This plan is going to help you learn JavaScript within four weeks, systematically. Each day represents a schedule of some learning that is followed by exercises and then building small projects. Feel free to adjust the pace according to your satisfaction.

Week 1: Getting Started with JavaScript
Day 1: Introduction to JavaScript
Learn: What is JavaScript, Setting up the environment, Using the console
Practice: Writing and running the basic JavaScript code in the console.
Project: Create a basic HTML page and embed a JavaScript script in it.

Day 2: Basic Syntax and Data Types

Learn: Variables, data types: numbers, strings, booleans, and operators.
Practice: Variable declaration, basic arithmetic, string concatenation.
Project: Development of a basic greeting message generator.

Day 3: Control Structures

Learn: If-else statements, comparison operators
Practice: Write simple programs that use conditional statements.
Project: Implementation of a number guessing game.

Day 4: Loops

Learn: For loops, while loops.
Practice: Write loops to perform repetitive tasks.
Project: print the first 10 numbers in the Fibonacci sequence:

Day 5: Functions

Learn: Function declarations, parameters, return values.
Practice: Write functions to perform specific tasks.
Project: Create a calculator with basic arithmetic operations.

Day 6: Arrays

Learn: Array declaration, accessing elements, array methods.
Practice: Perform operations on arrays.
Project: Build a to-do list where tasks can be added and removed.

Day 7: Review and Project Day

Review: Review the concepts learned during the week.
Project: Go through quiz application with multiple-choice questions

Week 2: DOM Manipulation and Events

Day 8: Introduction to the DOM

Learn: What is the DOM, selecting elements.
Practice: Use getElementById, getElementsByClassName, querySelector.
Project: Highlight specific elements on a webpage.

Day 9: Modifying the DOM

Learn: Changing element content, attributes, styles.
Practice: Update HTML elements using JavaScript.
Project: Building a simple page where users can change the color of text.

Day 10: Event Handling

Learn: Adding event listeners, handling events.
Practice: Create buttons that respond to user clicks.
Project: Build an interactive form that validates user input.

Day 11: Advanced Event Handling

Learn: Event propagation, event delegation.
Practice: Handle events on dynamically added elements.
Project: A project on a dynamic to-do list where tasks should be added, removed, and marked as completed.

Day 12: Working with forms

Learn: Form elements, form validation.
Practice: Write JavaScript to validate form data.
Project: Create a contact form which has validation.

Day 13: Local Storage

Learn: How to use local storage to store data.
Practice: Store and retrieve data in local storage.
Project: Take the to-do list further to save tasks in local storage.

Day 14: Review and Project Day

Review: Review concepts of the week.
Project: Create a small web application that uses forms, events and local storage.

Week 3: Advanced JavaScript Concepts

Day 15: Functions and Scope

Learn: Function expressions, arrow functions, scope.
Practice: Use different types of functions and understand scope.
Project: Build a simple task manager with functions.

Day 16: Closures and Callbacks

Learn: Closures, higher-order functions, callbacks.
Practice: Write functions that use closures and callbacks.
Project: Create a countdown timer with callbacks.

Day 17: Promises and Async/Await

Learn: Promises, async/await.
Practice: Write asynchronous code using promises and async/await.
Project: Build a simple app that fetches data from an API.

Day 18: Working with APIs

Learn: Fetch API, handling responses.
Practice: Fetch and Display Data From a Public API. Project: Create a weather app that displays the current weather.

Day 19: ES6 Features

Learn: Let, const, template literals, destructuring, spread/rest operators in ES6.
Practice: Use ES6 features in your code.
Project: Refactor previous projects to ES6 syntax.

Day 20: Classes and OOP

Learn: ES6 classes; object-oriented programming concepts.
Practice: Create classes, instantiate objects
Project: Build a simple Library App that manages Books using classes.

Day 21: Review and Project Day

Review: Review advanced concepts learned during the week.
Project: Building a more complex application that integrates asynchronous operations, API calls, and ES6 features.

Week 4: Building and Deploying Projects

Day 22: Modular JavaScript

Learn: Modules, import/export statements.
Practice: Split your code into modules.
Project: Modularize a past project.

Day 23: Webpack and Build Tools

Learn: Introduction to Webpack, Setting up a build process.
Practice: Bundle your JavaScript code with Webpack.
Project: Configure a build process for a project.

Day 24: Testing JavaScript

Learn: How to write tests using frameworks like Jest.
Practice: Write unit tests for your functions.
Project: Add tests to a project.

Day 25: Debugging and Best Practices

Learn: How to debug, and best practices when writing clean code.
Practice: Debug code and refactor for readability.
Project: Review and improve a previous project.

Day 26: Building a Full Project

Project: Start working on a real project—a personal portfolio site or a small web app.

Day 27: Continuing the Project

Project: Continue the full project by adding features learned earlier.

Day 28: Final Review and Deployment

Review: Review all concepts learned over the past month.
Deploy: Now deploy your Final Project on either GitHub Pages, Netlify, or Vercel.
Additional Tips
Daily Practice: Connect to a computer daily for at least 1-2 hours of actual coding to help solidify what is learnt.
Seek Help: You should join online forums, be an active member in coding communities, and never be afraid to ask a question if stuck.
Create Real Projects: Apply knowledge by building projects that are real and interesting to you. This will solidify the understanding and hence improve the skills.
With this mapped-out calendar, you’ll be well on your way to learning JavaScript in a month.

August 2, 2024
Top five programming languages which will be in demand in the future
Here are the top five programming languages which will be in demand in the future:

Python: Very simple and versatile. You can use it for Data Science, Machine Learning, building websites, or automation. It also has a huge number of useful tools and a large community, thus it’s going to remain popular for quite some time.
JavaScript is required to make interactive websites and is used in both mobile applications and server-side programming. You’ll probably want to know a little JavaScript if you’re working in the area of web development.

Java: This is a reliable and powerful language used by big companies. It’s used for the development of large software systems, Android applications, and back-end services. It has been there for some time, so it’s not going anywhere soon.

Go: Go is fast and self-effective; it is great for developing cloud services and modern software. It’s easy to use and pretty fit for large system development.

TypeScript: TypeScript is, well, an enhanced JavaScript, so it makes managing huge projects easier, really very popular in web development since big applications are using it. A good language to learn for future job prospects.
August 2, 2024

Most used Ledgers and Groups in tally prime

Here is a table listing more than 100 commonly used ledgers in Tally Prime along with their respective groups:

Ledger Name	Group Name
Cash	Current Assets
Bank Account	Current Assets
Sales	Sales Account
Purchase	Purchase Account
Salaries	Indirect Expenses
Rent	Indirect Expenses
Electricity Charges	Indirect Expenses
Water Charges	Indirect Expenses
Telephone Charges	Indirect Expenses
Internet Charges	Indirect Expenses
Supplier Name	Sundry Creditors
Customer Name	Sundry Debtors
Accounts Receivable	Sundry Debtors
Accounts Payable	Sundry Creditors
Capital	Capital Account
Loans Taken	Loans (Liability)
Building	Fixed Assets
Machinery	Fixed Assets
Furniture and Fixtures	Fixed Assets
Computers	Fixed Assets
Inventory	Current Assets
Office Supplies	Indirect Expenses
Advertising	Indirect Expenses
Travel Expenses	Indirect Expenses
Legal Fees	Indirect Expenses
Audit Fees	Indirect Expenses
Insurance	Indirect Expenses
Freight Inwards	Direct Expenses
Freight Outwards	Indirect Expenses
Customs Duty	Direct Expenses
Packing Charges	Direct Expenses
Sales Returns	Sales Account
Purchase Returns	Purchase Account
Commission Received	Indirect Income
Commission Paid	Indirect Expenses
Interest Received	Indirect Income
Interest Paid	Indirect Expenses
Bad Debts	Indirect Expenses
Repairs and Maintenance	Indirect Expenses
Depreciation	Indirect Expenses
Donations	Indirect Expenses
Penalties	Indirect Expenses
Miscellaneous Expenses	Miscellaneous Expenses (Asset)
Advances to Employees	Loans & Advances (Asset)
Loans Given	Loans & Advances (Asset)
Investment in Shares	Investments
Investment in Bonds	Investments
Fixed Deposit	Investments
Dividend Received	Indirect Income
Dividend Paid	Current Liabilities
Drawings	Capital Account
Retained Earnings	Reserves & Surplus
Provision for Tax	Current Liabilities
Income Tax	Current Liabilities
GST Payable	Duties & Taxes
GST Receivable	Duties & Taxes
TDS Payable	Duties & Taxes
TDS Receivable	Duties & Taxes
Provident Fund	Current Liabilities
ESI Payable	Current Liabilities
Gratuity Payable	Current Liabilities
Loans from Directors	Loans (Liability)
Loans from Shareholders	Loans (Liability)
Cash Sales	Sales Account
Credit Sales	Sales Account
Cash Purchases	Purchase Account
Credit Purchases	Purchase Account
Maintenance Charges	Indirect Expenses
Office Rent	Indirect Expenses
Factory Rent	Indirect Expenses
Professional Fees	Indirect Expenses
Consultancy Fees	Indirect Expenses
Security Services	Indirect Expenses
Outsourcing Charges	Indirect Expenses
Training Expenses	Indirect Expenses
Recruitment Expenses	Indirect Expenses
Subscription Charges	Indirect Expenses
Entertainment Expenses	Indirect Expenses
Office Cleaning Expenses	Indirect Expenses
Stationery	Indirect Expenses
Printing Charges	Indirect Expenses
Office Repairs	Indirect Expenses
Car Expenses	Indirect Expenses
Fuel Expenses	Indirect Expenses
Vehicle Maintenance	Indirect Expenses
Lease Rent	Indirect Expenses
Patent Fees	Indirect Expenses
Trademark Fees	Indirect Expenses
Copyright Fees	Indirect Expenses
Subscription Income	Indirect Income
Rent Received	Indirect Income
Royalty Received	Indirect Income
Loan Processing Fees	Indirect Expenses
Bank Charges	Indirect Expenses
Postage and Courier	Indirect Expenses
Freight In	Direct Expenses
Freight Out	Indirect Expenses
Factory Supplies	Direct Expenses
Factory Wages	Direct Expenses
Direct Labor	Direct Expenses
Indirect Labor	Indirect Expenses
Production Overheads	Indirect Expenses
Selling Expenses	Indirect Expenses
Distribution Expenses	Indirect Expenses
Administrative Expenses	Indirect Expenses
Marketing Expenses	Indirect Expenses
Warranty Expenses	Indirect Expenses

August 2, 2024

Author: Saravana Kumar

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