ANSWER 1: the various Applications of Stack in Data Structure: Evaluation of Arithmetic Expressions Backtracking Delimiter Checking Reverse a Data Processing Function Calls answer 2: A queue may have a limited space depending on the implementation. We must implement check conditions to see if we arRead more
ANSWER 1:
the various Applications of Stack in Data Structure:
Evaluation of Arithmetic Expressions
Backtracking
Delimiter Checking
Reverse a Data
Processing Function Calls
answer 2:
A queue may have a limited space depending on the implementation. We must implement check conditions to see if we are not adding or deleting elements more than it can maximum support.
The underflow condition checks if there exists any item before popping from the queue. An empty one cannot be dequeued further.
if(front == rear) // underflow condition
The overflow condition checks if the queue is full (or more memory is available) before enqueueing any element. This prevents any error if more space cannot be allocated for the next item.
QUESTION 1. What are the various applications of a stack data structure? QUESTION 2. When do you get error message …
ANSWER 1: the various Applications of Stack in Data Structure: Evaluation of Arithmetic Expressions Backtracking Delimiter Checking Reverse a Data Processing Function Calls answer 2: A queue may have a limited space depending on the implementation. We must implement check conditions to see if we arRead more
ANSWER 1:
the various Applications of Stack in Data Structure:
answer 2:
A queue may have a limited space depending on the implementation. We must implement check conditions to see if we are not adding or deleting elements more than it can maximum support.
The underflow condition checks if there exists any item before popping from the queue. An empty one cannot be dequeued further.
if(front == rear)
// underflow condition
The overflow condition checks if the queue is full (or more memory is available) before enqueueing any element. This prevents any error if more space cannot be allocated for the next item.
if(rear == SIZE-1)
See less// overflow condition