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Perfect Friends Problem using Graphs | Data Structures in JAVA
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DSA - Level 1 - Perfect Friends Problem using Graphs | Data Structures in JAVA

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What you'll learn

This course includes

  • 75 hours of video
  • Certificate of completion
  • Access on mobile and TV

DSA - Level 1 Perfect Friends Problem using Graphs | Data Structures in JAVA

Perfect Friends Problem using Graphs | Data Structures in JAVA Transcript and Lesson Notes

Please consume this content on nados.pepcoding.com for a richer experience. It is necessary to solve the questions while watching videos, nados.pepcoding.com enables that. NADOS also enables doubt support, career opportu

Quick Summary

Please consume this content on nados.pepcoding.com for a richer experience. It is necessary to solve the questions while watching videos, nados.pepcoding.com enables that. NADOS also enables doubt support, career opportu

Key Takeaways

  • Review the core idea: Please consume this content on nados.pepcoding.com for a richer experience. It is necessary to solve the questions while watching videos, nados.pepcoding.com enables that. NADOS also enables doubt support, career opportu
  • Understand how pepcoding data structure fits into Perfect Friends Problem using Graphs | Data Structures in JAVA.
  • Understand how pepcoding fits into Perfect Friends Problem using Graphs | Data Structures in JAVA.
  • Understand how pepcoding graphs fits into Perfect Friends Problem using Graphs | Data Structures in JAVA.
  • Understand how pep coding fits into Perfect Friends Problem using Graphs | Data Structures in JAVA.

Key Concepts

Full Transcript

Please consume this content on nados.pepcoding.com for a richer experience. It is necessary to solve the questions while watching videos, nados.pepcoding.com enables that. NADOS also enables doubt support, career opportunities and contests besides free of charge content for learning. With this video, we bring an interesting variation of the get connected components of graphs - Perfect Friends. In this question, 1. You are given a number n (representing the number of students). Each student will have an id from 0 to n - 1. 2. You are given a number k (representing the number of clubs) 3. In the next k lines, two numbers are given separated by a space. The numbers are ids of students belonging to same club. You have to find in how many ways can we select a pair of students such that both students are from different clubs. For a better experience and more exercises, VISIT: https://www.pepcoding.com/resources/online-java-foundation #graphs # Have a look at our result: https://www.pepcoding.com/placements Follow us on our FB page: https://www.facebook.com/pepcoding Follow us on Instagram: https://www.instagram.com/pepcoding Follow us on LinkedIn: https://www.linkedin.com/company/pepcoding-education Join us on Telegram: https://t.me/joinchat/UVTjJE83a-zFnPB

Lesson FAQs

What is Perfect Friends Problem using Graphs | Data Structures in JAVA about?

Please consume this content on nados.pepcoding.com for a richer experience. It is necessary to solve the questions while watching videos, nados.pepcoding.com enables that. NADOS also enables doubt support, career opportu

What key concepts are covered in this lesson?

The lesson covers pepcoding data structure, pepcoding, pepcoding graphs, pep coding, number of islands leetcode.

What should I learn before Perfect Friends Problem using Graphs | Data Structures in JAVA?

Review the previous lessons in DSA - Level 1, then use the transcript and key concepts on this page to fill any gaps.

How can I practice after this lesson?

Practice by applying the main concepts: pepcoding data structure, pepcoding, pepcoding graphs, pep coding.

Does this lesson include a transcript?

Yes. The full transcript is visible on this page in indexable HTML sections.

Is this lesson free?

Yes. CourseHive lessons and courses are available to learn online for free.

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