Gain insights into Java essentials, including programming paradigms, objects, data types, and algorithms. Delve into extensive exercises to prepare for a software development career.

java.gz

java_input

java_common

java_input-new

java_common-new

This course is your detailed guide to the fundamentals of the Java programming language. This course will get you on the fast track to becoming a proficient and modern Java developer.

In this course, you will start by covering different programming paradigms like object-oriented and procedural programming. You will then cover the fundamentals of programming in Java such as: objects and data types, variables, arrays, and conditional statements.

In the latter half of the course, you will cover iterative constructs, useful algorithms, and data structures. With over 100 problems, 11 quizzes, and 9 challenges, this course will get you prepared for a career in software development.

A Complete Guide to Java Programming

## Problem statement

In Mathematics, the Fibonacci sequence or series is defined as a series of numbers in which each number is the sum of the two preceding numbers. The simplest is the series $1, 1, 2, 3, 5, 8$, etc.  

- In the given `findTheSum` function, the number `n` is passed as an argument where `n` represents the number of Fibonacci numbers starting from 1 that we want to compute the sum of.

# Problem statement

In Mathematics, the Fibonacci sequence or series is defined as a series of numbers in which each number is the sum of the two preceding numbers. The simplest is the series $1, 1, 2, 3, 5, 8$, etc.  

- In the given `findTheSum` function, the number `n` is passed as an argument where `n` represents the number of Fibonacci numbers starting from 1 that we want to compute the sum of.

Compute the sum until the Nth Fibonacci number, starting from 1 up to N in this exercise.

Java, a High Level Language with a Purpose

How Java Programming Works

Objects and Data Types

Variables: The Name of a Field

Arrays: The Container Objects

Operators and Conditional Statements

Iterative Constructs, Entry and Exit Controlled Loops

Algorithms

Basic Input and Output

Classes and Objects

Interface and Abstraction

Exception Handling and Data Structures

Conclusion

Appendix

Challenge: Compute Sum of N Fibonacci Numbers

Problem statement