A queue is implemented as a single linked list Each node has an element and pointer to another node Rear

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Previous Question: logic to expand series upto n 1, 1, 2, 10, 65, 442 Next Question: EXAMPLE: Input=['1','0','1','2','3','0','3','4','0'] Output: ['1', '1', '2', '3', '3', '4', '0', '0', '0'] // Function to move all zeros present in the array to the end void reorder(int A[], int n) { // k stores index of next available position int k = 0; // do for each element for (int i = 0; i < n; i++) { // if current element is non-zero, put the element at // next free position in the array if (A[i] != 0) A[k++] = A[i]; } // move all 0's to the end of the array (remaining indices) for (int i = k; i < n; i++) A[i] = 0; } // Move all zeros present in the array to the end int main(void) { int A[] = { ..... }; int n = sizeof(A) / sizeof(A[0]); reorder(A, n); for (int i = 0; i < n; i++) printf("%d ", A[i]); return 0; }

(#M40167009) DATA STRUCTURE Programming question Keep an EYE

A queue is implemented as a single linked list. Each node has an element and pointer to
another node. Rear and Front contain the addresses of the Rear and Front nodes
respectively. If the condition (rear isequal front) is true and neither is NULL, what do we infer
about the linked list?: Asked In DATA STRUCTURE Deepika (3 years ago); Unsolved Read Solution (1); Is this Puzzle helpful? (7) (9) Submit Your Solution Arrays

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Latest DATA STRUCTURE Aptitude Question SOLUTION: A queue is implemented as a single linked list. Each node has an element and pointer to another node. Rear and Front contain the addresses of the Rear and Front nodes respectively.

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(#M40167009) DATA STRUCTURE Programming question Keep an EYE

A queue is implemented as a single linked list. Each node has an element and pointer to
another node. Rear and Front contain the addresses of the Rear and Front nodes
respectively. If the condition (rear isequal front) is true and neither is NULL, what do we infer
about the linked list?

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Latest DATA STRUCTURE Aptitude Question SOLUTION: A queue is implemented as a single linked list. Each node has an element and pointer to another node. Rear and Front contain the addresses of the Rear and Front nodes respectively.

DATA STRUCTURE Question Papers:

Programming and Technical

DATA STRUCTURE Question Topics

Logical Reasoning (3)

Programming (63)

(#M40167009) DATA STRUCTURE Programming question Keep an EYE

A queue is implemented as a single linked list. Each node has an element and pointer to another node. Rear and Front contain the addresses of the Rear and Front nodes respectively. If the condition (rear isequal front) is true and neither is NULL, what do we infer about the linked list?

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A queue is implemented as a single linked list. Each node has an element and pointer to
another node. Rear and Front contain the addresses of the Rear and Front nodes
respectively. If the condition (rear isequal front) is true and neither is NULL, what do we infer
about the linked list?