Tutorial Playlist
132 Lessons1. Introduction to C Tutorial
2. Addition of Two Numbers in C
3. Anagram Program in C
4. Armstrong Number in C
5. Array in C
6. Array of Pointers in C
7. Array of Structure in C
8. C Program to Find ASCII Value of a Character
9. Assignment Operator in C
10. Binary Search in C
11. Binary to Decimal in C
12. Bitwise Operators in C
13. Boolean in C
14. C Compiler for Mac
15. C Compiler for Windows
16. C Function Call Stack
17. C Language Download
18. Operators in C
19. C/C++ Preprocessors
20. C Program for Bubble Sort
21. C Program for Factorial
22. C Program for Prime Numbers
23. C Program for String Palindrome
24. C Program to Reverse a Number
25. Reverse a String in C
26. C string declaration
27. String Input Output Functions in C
28. Calculator Program in C
29. Call by Value and Call by Reference in C
30. Ceil Function in C
31. Coding Vs. Programming
32. Command Line Arguments in C/C++
33. Comments in C
34. Compilation process in C
35. Conditional Statements in C
36. Conditional operator in the C
37. Constant Pointer in C
38. Constants in C
39. Dangling Pointer in C
40. Data Structures in C
41. Data Types in C
42. Debugging C Program
43. Convert Decimal to Binary in C
44. Define And include in C
45. Difference Between Arguments And Parameters
46. Difference Between Compiler and Interpreter
47. Difference Between If Else and Switch
48. Do While Loop In C
49. Double In C
50. Dynamic Array in C
51. Dynamic Memory Allocation in C
52. Enumeration (or enum) in C
53. Evaluation of Arithmetic Expression
54. Factorial of A Number in C
55. Features of C Language
56. Fibonacci Series Program in C Using Recursion
57. File Handling in C
58. For Loop in C
59. Format Specifiers in C
60. Functions in C
61. Function Pointer in C
62. goto statement in C
63. C Hello World Program
64. Header Files in C
65. Heap Sort in C Program
66. Hello World Program in C
67. History of C Language
68. How to compile a C program in Linux
69. How to Find a Leap Year Using C Programming
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70. Identifiers in C
71. If Else Statement in C
72. If Statement in C
73. Implementation of Queue Using Linked List
74. Increment and decrement operators in c
75. Input and Output Functions in C
76. How To Install C Language In Mac
77. Jump Statements in C
78. Lcm of Two Numbers in C
79. Length of an Array in C
80. Library Function in C
81. Linked list in C
82. Logical Operators in C
83. Macros in C
84. Matrix multiplication in C
85. Nested if else statement in C
86. Nested Loop in C
87. One Dimensional Array in C
88. Operator Precedence and Associativity in C
89. Overflow And Underflow in C
90. Palindrome Program in C
91. Pattern Programs in C
92. Pointer to Pointer in C
93. Pointers in C: A Comprehensive Tutorial
94. Pre-increment And Post-increment
95. Prime Number Program in C
96. Program for Linear Search in C
97. Pseudo-Code In C
98. Random Access Files in C
99. Random Number Generator in C
100. Recursion in C
101. Relational Operators in C
102. Simple interest program in C
103. Square Root in C
104. Stack in C
105. Stack Using Linked List in C
106. Static function in C
107. Stdio.h in C
108. Storage Classes in C
109. strcat() in C
110. Strcmp in C
111. Strcpy in C
112. String Comparison in C
113. String Functions in C
114. String Length in C
115. String Pointer in C
116. strlen() in C
117. Structures in C
118. Structure of C Program
119. Switch Case in C
120. C Ternary Operator
121. Tokens in C
122. Toupper Function in C
123. Transpose of a Matrix in C
124. Two Dimensional Array in C
125. Type Casting in C
126. Types of Error in C
127. Unary Operator in C
128. Use of C Language
129. User Defined Functions in C
130. What is Variables in C
131. Is C language case sensitive
132. Fibonacci Series in C
Leap years are crucial in keeping our calendars synchronised with the Earth's orbit. By following logical conditions and employing mathematical calculations, we can accurately determine whether a year is a leap year. This practical guide will provide step-by-step explanations, code examples, and flowcharts to help you understand and implement leap year detection in your C programs.
Before we delve into the world of C programming and understand how to calculate leap years, let’s first understand what a leap year is.
A leap year is a particular year, according to the Gregorian Calendar, that occurs every fourth year. According to this system, a year is generally about 365.25 days. However, since we consider the number of days in a year to be 365, which leaves an extra 0.25 days extra each year. To account for this functional day, an additional day is added to the calendar every fourth year, making the year 366 days long instead of the regular 365 days. This extra day is generally inserted on the 29th of February.
Here’s how to write a program to check leap year in C -
#include <stdio.h> |
Here’s how you can find a leap year using C language -
// Prompt the user to enter a year |
Here’s how to implement leap year program in C -
#include <stdio.h> |
Here’s how you can check the leap year program in C in one line -
Enter a year: 2020 |
2020 is divisible by 4, so it satisfies the first condition. It is not divisible by 100, which satisfies the second condition. Therefore, 2020 is a valid leap year.
Enter a year: 1900 |
1900 is divisible by 4, so it satisfies the first condition. However, it is also divisible by 100, which fails the second condition. Therefore, 1900 is not a leap year, and the output is valid.
You can input different years and verify the outputs based on the leap year logic provided in the program.
Let’s see how to write a leap-year program within a given range -
#include <stdio.h> |
Enter the starting year: 2000 |
In this example, the user enters the starting year as 2000 and the ending year as 2024. The program then calculates and displays all the leap years within that range. In this case, the leap years from 2000 to 2024 are printed: 2000, 2004, 2008, 2012, 2016, 2020, and 2024.
Now that you have understood how to check leap year in C programming, here’s how you can write a program to check leap year in java -
import java.util.Scanner; |
To use this program, the user is prompted to input a year. The program then calls the ‘isLeapYear()’ method to check if the year is a leap year. The method evaluates the year based on the conditions for leap years: divisible by 4, not divisible by 100 (unless divisible by 400). The program outputs whether the year is a leap year or not.
To verify the leap year calculations, you can test this program with different input years.
The process of finding leap years using C programming, explained with the assistance of flowcharts, has provided us with a clear understanding of how to tackle it. Using logical conditions and mathematical calculations, we can accurately determine whether a year qualifies as a leap year. We can effectively identify the leap year program in c using if-else statements as well. This knowledge enables us to enhance our calendar-related calculations and accurately handle leap years. Let us embrace this newfound understanding and continue exploring the vast possibilities of C programming!
With upGrad’s Master of Science in Machine Learning & AI - Now with Generative AI Lectures, students can leverage their programming skills and learn all in-demand skills such as NLP, Deep Learning, Reinforcement Learning and more. Although this course is designed for working professionals, people from all walks of life are encouraged to join and learn something new. This will only help them advance their careers to become top-notch professionals in their particular fields.
Leap years are introduced to align our calendar with the Earth's orbit around the Sun, which takes approximately 365.25 days. By adding an extra day every four years, we account for the additional fractional day and keep our calendar in sync with the astronomical year
Without leap years, our calendar would gradually drift out of sync with the seasons. Over time, this misalignment would cause significant seasonal variations and disruptions to activities dependent on the calendar, such as agriculture, astronomical observations, and scheduling of events.
To identify a leap year, it must be divisible by four, except for end-of-century years. However, end-of-century years that are divisible by 400 are considered leap years. Applying this rule, we find that 2024 is indeed a leap year.
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upGrad does not grant credit; credits are granted, accepted or transferred at the sole discretion of the relevant educational institution offering the diploma or degree. We advise you to enquire further regarding the suitability of this program for your academic, professional requirements and job prospects before enr...