C Programming from Scratch to Master

Name: C Programming from Scratch to Master
Rating: 4.5 (107 reviews)

Let us Master it

Created bySACHIN NANDHA SABARISH J

Last updated 1/2024

English

What you'll learn

Basics of C Programming
Datatypes and variables
Operators and Conditional Statemement
Looping
Arrays
Strings
Structure and Pointers
Functions
Bit Manipulation
Recursion
Matrix
Polynomial Representation

Course content

3 sections • 34 lectures • 33h 22m total length

Introduction to Programming1:01:35
Explore how a computer works—from the CPU and RAM to hard disk and operating system—distinguishing programs from data and comparing compiler and interpreter languages.
Data Types, Variables, Operators1:35:42
Expressions, Precedence , Operators1:32:28
Learn how to craft valid C expressions using precedence and associativity. Apply formulas for area, perimeter, arithmetic progression, and quadratic roots through correct expression syntax.
Conditional Statements , Switch Statements1:43:10
Looping1:34:55
Digit Manipulation, Nested Loops, Patterns1:17:55
Patterns , Number Problems59:09
Array Basics40:10
Structure1:04:15
Pointers1:13:02
Functions1:18:17
Function Parameters48:36
Abstract Data types, Array Operations1:32:29
Time Complexity Analysis38:00
Strings1:27:22

Introduction to Recursion30:25
Explore recursion by defining it, examining base conditions, and tracing function calls, while understanding stack memory, time complexity, and recurrence relations.
More about Recursion51:22
Solving Recurrence Relation I40:57
Solving Recurrence Relation II40:33
Solving Recurrence Relation III34:40
Analysis of Time Complexity51:38
Analyze time complexity from recurrence relations and graphs, comparing constant, logarithmic, linear, linear-log, quadratic, and exponential costs to evaluate recursive algorithms.
Indirect Recursion29:15
Solving Recurrence Relation for Indirect Recursion and Nested Recursion36:24
Tree Recursion45:15
Recursion - Sum of Natural Numbers48:43
Recursion - Factorial of a Number40:06
Explore factorial in C via recursion, using base case 0! = 1 and N! = N multiplied by (N minus 1)!, then compare with a loop.
Recursion - Exponent/Power Function57:35
Recursion - Taylor Series45:52
Recursion - Taylor Series ( Optimization Method 1 )42:45
Recursion - Taylor Series ( Optimization Method 2 )48:38
Recursion - Fibinocci Series42:12
Recursion - Fibinocci Series Optimization38:29

Requirements

Basics of C Programming

Description

C programming is a general-purpose, procedural, imperative computer programming language developed in 1972 by Dennis M. Ritchie at the Bell Telephone Laboratories to develop the UNIX operating system. C is the most widely used computer language. It keeps fluctuating at number one scale of popularity along with Java programming language, which is also equally popular and most widely used among modern software programmers.

Who this course is for:

Basic C Programming Learners who want to start Data Structures

C Programming from Scratch to Master

What you'll learn

Explore related topics

Course content

Basic C Programming15 lectures • 18hr 27min

Bit Manipulation2 lectures • 2hr 50min

Recursion17 lectures • 12hr 5min

Requirements

Description

Who this course is for: