Krishna Institute of Engineering & Technology, Ghaziabad Department of Computer Application MCA213 : DATA STRUCTURES USING C


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1 Tutorial#1 Q 1: Explain the terms data, elementary item, entity, primary key, domain, attribute and information? Also give examples in support of your answer? Q 2: What is a Data Type? Differentiate between primitive data type, abstract data type, and polymorphic data type? Q 3: What is a Data Type? Differentiate between primitive data type, abstract data type, and polymorphic data type? Q 4: What is algorithm? What is the criteria that every algorithm must satisfy? Q 5: What is algorithm complexity? What is the need of measuring the complexity of an algorithm? Q 6: What are the components of space complexity? Q 7: What are the components of time complexity? Q 8: What do you mean by time space trade off among algorithms? Q 9: Which Notation is popularly used to express the complexity of an algorithm? Describe that Notation? Q 10: Differentiate between iteration and recursion? 1
2 Tutorial#2 Q 1: What is an array? What are different types of arrays? Q 2: How a linear array is represented in memory? Q 3: How a two dimensional array is represented in memory? Q 4: What is a sparse matrix? How sparse matrices can be represented efficiently in memory? Q 5: What is a Stack? Is Stack a linear or non linear data structure? Q 6: Can we implement a stack in C whose elements can be of different types? If your answer is yes then how? Q 7: How Peek() operation differs from pop() operation? Q 8:While representing a stack using linked lists, we have implemented additional operation dispose() to remove the stack from memory? Why such operation is not implemented for stack represented using an array? Q 9:Given the following arithmetic expression in infix notation as 12/(73)+2*(3+8)7 Translate this expression into postfix notation and then evaluate it. Q 10:what do u mean by recursion? Give the classification of recursion and explain it? 2
3 Tutorial#3 Q 1: What is a queue? Is queue a linear or non linear data structure? Q 2: Queue is a special type of list? Comment? Q 3: How do an array based queue compares with linked queue? Q 4: Why an operation to check queue overflow is not implemented on linked queue? Q 5: Can we implement a queue in C whose elements can be of different type? If your answer is yes, then show how? Q 6: How peek() operation differs from Dequeue() operation? Q 7:While representing a queue using linked lists, we have implemented additional operation dispose() to remove the stack from memory? Why such operation is not implemented for queue represented using an array? Q 8:How do a linear queue compares with circular queue? Q 9:Explain the term Dqueue? Q 10:Explain the term Priority Queue? Application of Priority Queue? 3
4 Tutorial#4 Q 1: How do a linear list compare with a linear array? Q 2: Is it possible in C to implement a heterogeneous list? If, Yes how? Q 3: What advantages does a doubly linked list have over a linear linked lists? Q 4: What is the advantage of a header node in a linked list? Q 5: What will be the complexity of the operation to remove an element from the end of the linear linked list? Q 6: What will be the complexity of the operation to remove an element in the beginning of the linear linked list? Q 7:In a circular linked list, how the end of list condition will be tested? Q 8:Define the term Garbage Collection and Compaction? Q 9:Differentiate between Linear linked list and circular linked list? Q 10:Diffentiate between Circular linked list and doubly linked list? 4
5 Tutorial#5 Q 1: What do you mean by a complete binary tree? Draw one such binary tree? Q 2:What is the maximum number of nodes at kth level of binary tree? Q 3: Why binary trees, usually, are not represented using arrays? Q 4: Binary search tree combines the best worlds of arrays and linked lists into one structure? Comment? Q 5: Compare and contrast between a binary and binary search tree? Q 6: What is a thread? How is it useful? Q 7:What are the advantages of threading a binary search tree? Q 8:Define the Huffman algorithm related to tree? Q 9:Define all the traversal of binary search tree with example? Q 10:How the height of a binary search tree effects its performance? 5
6 Tutorial#6 Q 1: What do you mean by linear search? Explain it with example? Q 2: What do you mean by binary search? Explain it with example? Q 3: What are the limitations of direct address tables? Q 4: What is a hash table? What are the advantages of hash tables over direct address tables? Q 5:What is Hashing? Q 6: What is a hash function? What should be the characteristics of a good hash function? Q 7:Describe the various hash function? Q 8:What is a collision? How collisions can be handled? Q 9:Demonstrate the insertion of keys 28,5,19,15,33,12,17,77,20 into a hash table with 9 slots and collision resolved by separate chaining. Let the hash function be h(k)=k mod 9. Q 10:What do you mean by hash function? Classified it with the help of example? 6
7 Tutorial#7 Q 1: What is sorting? What is its importance? Q 2: How do Quick Sort and Heap Sort methods compare as far as performance is concerned? Q 3: Can you implement Quick Sort method without recursion? If yes show its implementation? Q 4: Sort the list 213,145,456,700,515,295,674,925 using bucket sort method? Q 5: Sort the list 213,145,456,700,515,295,674,925 using quick sort method? Q 6: Sort the list 213,145,456,700,515,295,674,925 using merge sort method? Q 7: Sort the list 213,145,456,700,515,295,674,925 using bubble sort method? Q 8: Sort the list 213,145,456,700,515,295,674,925 using selection sort method? Q 9: Sort the list 213,145,456,700,515,295,674,925 using heap sort method? Q 10: Sort the list 213,145,456,700,515,295,674,925 using tree sort method? 7
8 Tutorial#8 Q 1: How an AVL tree differs from a binary search tree? How AVL trees are represented in computer memory? Q 2: What do you mean by B Tree? Explain It? Q 3: Draw the parse tree for the expression (A+B)*C+(D+E) Q 4: Explain the process of obtaining a binary tree, which represents a given ordered tree? Give example? Q 5:Explain the method of representing any ordered forest by a unique binary tree? Q 6: Explain the rotation which we performed in AVL Tree? Q 7: Differentiate between B and B+ Tree? Q 8: Explain the process of threading of a binary tree for in order traversal with examples? Q 9: Discuss the advantages and disadvantages of a threaded storage representation for binary trees? Q 10: Draw the binary search tree that results from inserting into an initially empty tree records with the keys E A S Y Q U E S T I O N And then deleting the Q? 8
9 Tutorial#9 Q 1: Is graph a linear or non linear data structure? Q 2: How graphs can be represented in computer memory? Give relative merits and demerits of each representation scheme? Q 3:We have an application using which a railway passenger can know whether there exists a path from a given city to another city i.e. does there exists a railway link direct or indirect. Which way graph should be represented in memory? Q 4: How breadth first search differs from depth first search? Can we perform these searches on weighted graphs? Justify your answer? Q 5:What is topological sort? Explain? Q 6: Explain the term strongly connected components? Q 7: What do you mean by degree of a vertex? Explain with Example? Q 8: How graph can be represented? Explain? 9
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