Skip to main content

MCS-021 | Data and File Structures | IGNOU BCA Solved Assignment | July 2021 & January 2022

 



Course Code :- MCS-021
Course Title :- Data and File Structures
Assignment Number :- BCA(3)/021/Assignment/2021-22
Maximum Marks :- 100
Weightage :-  25%
Last Dates for Submission :- 31st October, 2021 (For July Session) & 15th April, 2022 (For January Session) 

This assignment has four questions which carry 80 marks. Answer all the questions. Each question carries 20 marks. You may use illustrations and diagrams to enhance the explanations. Please go through the guidelines regarding assignments given in the Programme Guide. All the implementations should be in C programming language.

Question 1: Write an algorithm that accepts a Binary Tree as inputs and outputs the traversals of Inorder , Postorder and Preorder of it.

Question 2: Is it possible to implement multiple queues in a Stack. Justify your answer. 

Question 3: List the names of all Sorting Algorithms along with their Complexities (Best case, Average case and Worst case). List as many names as possible along with their year of Invention and Inventor. Make necessary assumptions.

Question 4:  Show the effect of making the following insertions into a Binary Search Tree which is already having one node consisting of 91 (value): 50, 30, 40, 60, 10, 80, 90, 5, 100 


You Can get Solved PDF of this Assignment .

Reason For the  Paid Assignment :- I observed that many of You (almost more than 500) Download the Previous solved Assignment, but Only approx 20-30 People Subcribed the You Channel. It took time to prapare the solved Assignment, Please support US. 

AND second the most reason is that I received a main in which one person told me that the Assignment I provide freely, Someone Selling it on their Site, and he Suggest me to protect the File through the Password to Avoid problems. 

Get Paid Assignment Prepared by Teachers :- 

Course Code :- MCS-021
Course Title :- Data and File Structures
Assignment Number :- BCA(3)/021/Assignment/2021-22
Maximum Marks :- 100
Weightage :-  25%
Last Dates for Submission :- 31st October, 2021 (For July Session) &15th April, 2022 (For January Session) 
 
Buy From Here ( Rs. 49) :- Data and File Structures (Instant Download)

Buy From AMAZON :- Amazon Store ( Rs. 49) (Instant)
Amazon is Trusted Site

Get Original and 100 % Verified Content

Please be aware from fraudster, they are selling wrong Assignment, wrong answers.... 


Notices:

•> Write all the assignments with your own hand. Do not write to anyone else in a quick affair or buy
fake persons. This can also cause the assignment to be cancelled.
•> The weight of IGNOU assignment is 25% of the total marks, so pay attention to it.
•> Submit the assignment to the teacher of your learning center before due date.
•> Viva voce is mandatory when submitting an assignment. If any one student Assigns the assignment
and does not give viva voice, its assignment Will not be successfully completed and will be marked as
ZERO.



Labels:

Popular posts from this blog

Top 10 Beginner-Friendly LeetCode Questions and Their Solutions

If you're new to solving coding problems on LeetCode, it can feel overwhelming. Where do you start? Which problems are suitable for beginners? Don’t worry! In this blog post, I’ll guide you through 10 beginner-friendly LeetCode questions that are perfect for getting started on your coding journey. These problems will help you build confidence, improve your problem-solving skills, and lay a solid foundation in data structures and algorithms. Why Start with Beginner-Friendly Problems? Before diving into advanced topics like dynamic programming or graph theory, it’s essential to: Build a strong foundation in basic programming concepts. Understand how to approach a coding problem methodically. Gain familiarity with LeetCode’s platform and its problem structure. The following problems are simple yet impactful, designed to introduce you to common techniques like loops, arrays, strings, and basic math operations. 10 Beginner-Friendly LeetCode Problems 1. Two Sum (Easy) Problem Link : Two...
Read more

How to Solve LeetCode’s Hard Problems Without Getting Stuck

LeetCode’s hard problems can seem daunting, especially when you’re just getting comfortable with coding. Tackling these problems isn’t about innate talent—it’s about persistence, learning, and applying the right strategies. In this blog, I’ll share actionable tips and techniques to help you solve LeetCode hard problems without getting stuck and make consistent progress in your problem-solving journey. Why Are Hard Problems Hard? LeetCode hard problems challenge your understanding of advanced data structures, algorithms, and optimization techniques. Here’s why they’re tough: They require deep problem-solving skills and out-of-the-box thinking. Many involve multiple layers of complexity . Edge cases and large inputs often test your algorithm’s efficiency. They push you to master topics like dynamic programming, graph traversal, and segment trees. However, with the right approach, you can break down even the most complex problems into manageable parts. Start with the Right Mindset Appro...
Read more

Efficient Solution to LeetCode 2563: Count the Number of Fair Pairs in C++

 his problem tests our understanding of efficient array traversal techniques and highlights the power of binary search when working with sorted arrays. By the end of this post, you’ll have a clear, optimized solution in C++ that avoids Time Limit Exceeded (TLE) errors and uses two-pointer and binary search techniques . Let’s get started by breaking down the problem and exploring a step-by-step approach to a performant solution. Problem Statement Given: An integer array nums of size n . Two integers, lower and upper . Our goal is to count all pairs (i, j) where: 0 <= i < j < n , and lower <= nums[i] + nums[j] <= upper . Example Walkthrough Let's clarify with an example: Example 1 Input: nums = [0, 1, 7, 4, 4, 5] , lower = 3 , upper = 6 Output: 6 Explanation: Valid pairs that satisfy the condition are (0,3) , (0,4) , (0,5) , (1,3) , (1,4) , and (1,5) . Example 2 Input: nums = [1, 7, 9, 2, 5] , lower = 11 , upper = 11 Output: 1 Explanation: There is only one valid p...
Read more