Скачать или смотреть LCM Program in Java | 2 Easy Approaches with Logic & Dry Run

Struggling to understand the LCM program in Java? 🤔
In this video, I explain the LCM (Lowest Common Multiple) program in Java using two simple approaches, starting from logic, moving to code, and finally doing a complete dry run—perfect for Class 9 & 10 ICSE students and Java beginners.

If you’re learning Java programming for school exams or just starting out, this lesson will strengthen your Java logic building and help you confidently solve ICSE Java numerical programs.

📘 What You’ll Learn in This Video

This tutorial is designed according to the ICSE Computer Applications syllabus and focuses on exam-oriented problem solving. We begin with a clear overview of LCM in Java, followed by Approach 1, where I explain the mathematical logic in Java and then convert that logic into clean, beginner-friendly code.

Next, we move to Approach 2, where you’ll learn an alternative Java program to find LCM using loops (especially useful for understanding while loops in Java). I explain the flow of execution, conditions used, and how Java actually processes the program line by line.

Finally, we do a detailed dry run, which is extremely important for ICSE board exams, practical exams, and viva questions. By the end of this video, you’ll clearly understand:

1. How to find LCM in Java
2. How to write an LCM program in Java step by step
3. How to explain logic in exams
4. How to perform a proper Java dry run

This video is ideal for Java Class 9, Java Class 10, CISCE Java board exam preparation, and anyone new to coding for beginners.

NOTES & RESOURCES
Website : https://sshrizvi.notion.site/CISCE-Co...
Full Course Playlist :    • Computer Applications | Java | Class 9 | I...  
Chapter Playlist :    • Iterative Constructs in Java (LOOPS) | Cla...  
Programs Playlist :    • Loops Programs in Java (SERIES)  

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TIMESTAMPS
0:00 Introduction
0:20 Program Overview (LCM)
1:14 Apporach No. 1
3:53 Logic (Approach No. 1)
5:08 Code (Approach No. 1)
9:07 Approach No. 2
13:30 Logic (Approach No. 2)
18:08 Code (Approach No. 2)
23:50 Dry Run (Approach No. 2)
30:24 BYE! BYE!