Implement a stack S with two queues Q1 and Q2, allowing the queues to act as a stack as a whole to handle the operations PUSH (S, X) and POP(S, Y), where S is presumably a stack and X is the element to be added to S and Y is the element removed from S. Assume that ADT's ENQUEUE, DEQUEUE, and EMPTYQUEUE operations can only access queues. Show how your function functions on the set of items (a, b, and c) that the queues Q1 and Q2 will utilise as a stack.
Implement a stack S with two queues Q1 and Q2, allowing the queues to act as a stack as a whole to handle the operations PUSH (S, X) and POP(S, Y), where S is presumably a stack and X is the element to be added to S and Y is the element removed from S. Assume that ADT's ENQUEUE, DEQUEUE, and EMPTYQUEUE operations can only access queues. Show how your function functions on the set of items (a, b, and c) that the queues Q1 and Q2 will utilise as a stack.
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Implement a stack S with two queues Q1 and Q2, allowing the queues to act as a stack as a whole to handle the operations PUSH (S, X) and POP(S, Y), where S is presumably a stack and X is the element to be added to S and Y is the element removed from S. Assume that ADT's ENQUEUE, DEQUEUE, and EMPTYQUEUE operations can only access queues.
Show how your function functions on the set of items (a, b, and c) that the queues Q1 and Q2 will utilise as a stack.
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