Master Algorithms Fundamentals

Master Algorithms Fundamentals, available at $19.99, has an average rating of 4.67, with 26 lectures, based on 3 reviews, and has 455 subscribers.

You will learn about Master the fundamentals of algorithms for beginners. And learn the basic elements of an algorithm Study the general structure of an algorithm, variables(the different type of variables) and constants Learn basic instructions (assignment, input, output instructions) with a lot of examples Practice your learning with corrected exercises This course is ideal for individuals who are Everyone, especially people who are interested in programming and becoming a developer(a programmer) and who are tending to study programing languages. It is particularly useful for Everyone, especially people who are interested in programming and becoming a developer(a programmer) and who are tending to study programing languages.

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Summary

Title: Master Algorithms Fundamentals

Price: $19.99

Average Rating: 4.67

Number of Lectures: 26

Number of Published Lectures: 26

Number of Curriculum Items: 26

Number of Published Curriculum Objects: 26

Original Price: $84.99

Quality Status: approved

Status: Live

What You Will Learn

Master the fundamentals of algorithms for beginners. And learn the basic elements of an algorithm
Study the general structure of an algorithm, variables(the different type of variables) and constants
Learn basic instructions (assignment, input, output instructions) with a lot of examples
Practice your learning with corrected exercises

Who Should Attend

Everyone, especially people who are interested in programming and becoming a developer(a programmer) and who are tending to study programing languages.

Target Audiences

Everyone, especially people who are interested in programming and becoming a developer(a programmer) and who are tending to study programing languages.

Establishing an algorithm is an essential step in any computer development: An algorithm is the solution to any problem written in human language which is then programmed by rewriting it (translating it) in any computer language this is the final stage of development. Which mean that if you have the algorithm(s) : the solution(s) of a problem you can then translate it to any programming language simply by using the syntax of this programming language. THIS is why if you want to become a very good programmer the first thing you should do is Mastering Algorithms.

In this course, you will study algorithms fundamentals and algorithmic basics and basic elements of an algorithm with a lot of examples and corrected exercises.

PLAN

I) General Structure Of An Algorithm

II) Variables And Constants

II.1. Variable Definition

II.2. Variable declaration

II.3. The Constants

III) Basic Instructions

III.1. The assignment (affectation) instruction

III.2. The input (entry) instruction

III.3.The output (display) instruction

IV) Comments

CORRECTED EXERCISES

Exercise 01 : Average of two numbers

Exercise 02: Calculation

Exercise 03: Permutation of two variables

Exercise 04: Evaluation of expressions

Exercise 05: Equivalent of an expression

Exercise 06: Morgan’s Laws

Exercise 07: Operator priority

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: I) General Structure Of An Algorithm

Lecture 1: General Structure Of An Algorithm

Chapter 3: II) Variables And Constants

Lecture 1: II.1. Variable Definition

Lecture 2: II.2. Variable declaration

Lecture 3: II.3. The Constants

Chapter 4: III) Basic Instructions

Lecture 1: Definition

Lecture 2: III.1. The assignment(affectation) instruction:

Lecture 3: III.2. The input (entry) instruction:

Lecture 4: III.3. The output (display) instruction:

Lecture 5: Practice exercise

Chapter 5: IV) Comments

Lecture 1: Comments

Chapter 6: Corrected Exercises

Lecture 1: Exercise 01: Average of two numbers

Lecture 2: Solution

Lecture 3: Exercise 02: Calculation

Lecture 4: Solution

Lecture 5: Exercise 03: Permutation of two variables

Lecture 6: Solution

Lecture 7: Exercise 04: Evaluation of expressions

Lecture 8: Solution

Lecture 9: Exercise 05: Equivalent of an expression

Lecture 10: Solution

Lecture 11: Exercise 06: Morgan's Laws

Lecture 12: Solution

Lecture 13: Exercise 07: Operator priority

Lecture 14: Solution

Chapter 7: Thank You And Announcement of Chapter 02

Lecture 1: Thank You And Announcement of Chapter 02

Instructors

Tech Academy
Spécialiste du support informatique

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