Question

If the MAX_SIZE is the size of the array used in the implementation of the circular queue. How is rear manipulated while inserting an element in the queue? A. rear $=($ rear\% $\% 1)+$ MAX_SIZE B. rear-rear\%(MAX_SIZE+1) C. rear=(rear+1)\%MAX_SIZE D. rear=rear+ $(1 \%$ MAX_SIZE

   If the MAX_SIZE is the size of the array used in the implementation of the circular queue. How is rear manipulated while inserting an element in the queue?
A. rear $=($ rear\% $\% 1)+$ MAX_SIZE
B. rear-rear\%(MAX_SIZE+1)
C. rear=(rear+1)\%MAX_SIZE
D. rear=rear+ $(1 \%$ MAX_SIZE

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Data Structures Using C
Data Structures Using C
Amol M. Jagtap, Ajit… 1st Edition
Chapter 2, Problem 23 ↓

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A circular queue is a linear data structure that follows the FIFO (First In First Out) principle and uses a fixed-size array with "wrap-around" behavior. When we reach the end of the array, we wrap around to the beginning.  Show more…

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If the MAX_SIZE is the size of the array used in the implementation of the circular queue. How is rear manipulated while inserting an element in the queue? A. rear $=($ rear\% $\% 1)+$ MAX_SIZE B. rear-rear\%(MAX_SIZE+1) C. rear=(rear+1)\%MAX_SIZE D. rear=rear+ $(1 \%$ MAX_SIZE
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