Introduction To Data Structures - Practice Test

(A) We can navigate in both the directions

(B) It requires more space than a singly linked list

(C) The insertion and deletion of a node take a bit longer

(D) Implementing a doubly linked list is easier than singly linked list

(D) Implementing a doubly linked list is easier than singly linked list

(A) Simulation of recursion

(B) Simulation of arbitrary linked list

(C) Simulation of limited resource allocation

(D) Simulation of heap sort

(C) Simulation of limited resource allocation

(A) You cannot have the 'next' pointer point to null in a circular linked list

(B) It is faster to traverse the circular linked list

(C) In a circular linked list, each node points to the previous node instead of the next node

(D) Head node is known in circular linked list

(A) You cannot have the 'next' pointer point to null in a circular linked list

(A) Linked list

(B) Node list

(C) Primitive list

(D) Unordered list

(A) Linked list

(A) space allocation for array is fixed and cannot be changed during run-time

(B) user unable to give the input for stack operations

(C) a runtime exception halts execution

(D) improper program compilation

(A) space allocation for array is fixed and cannot be changed during run-time

Introduction To Data Structures - Study Mode