Given pseudocode for QUICKSORT and PARTITION, implement the given procedures in the language of your choice...

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Given pseudocode for QUICKSORT and PARTITION, implement the given procedures in the language of your choice and upload the script. QUICKSORT(A, p,r) if p <r // Partition the subarray around the pivot, which ends up in A[q]. q = PARTITION (A, p,r) QUICKSORT(A, p. q- 1) // recursively sort the low side QUICKSORT (A, q + 1, r) // recursively sort the high side 1 2 3 4 5 PARTITION (A, p, r) X = A[r] i = p - 1 for j = p tor-1 if A[j] ≤ x i=i+1 exchange A[i] with A[j] 1 2 3 4 5 6 7 exchange A[i+1] with A[r] 8 return i + 1 // the pivot // highest index into the low side // process each element other than the pivot // does this element belong on the low side? // index of a new slot in the low side // put this element there // pivot goes just to the right of the low side // new index of the pivot Given pseudocode for QUICKSORT and PARTITION, implement the given procedures in the language of your choice and upload the script. QUICKSORT(A, p,r) if p <r // Partition the subarray around the pivot, which ends up in A[q]. q = PARTITION (A, p,r) QUICKSORT(A, p. q- 1) // recursively sort the low side QUICKSORT (A, q + 1, r) // recursively sort the high side 1 2 3 4 5 PARTITION (A, p, r) X = A[r] i = p - 1 for j = p tor-1 if A[j] ≤ x i=i+1 exchange A[i] with A[j] 1 2 3 4 5 6 7 exchange A[i+1] with A[r] 8 return i + 1 // the pivot // highest index into the low side // process each element other than the pivot // does this element belong on the low side? // index of a new slot in the low side // put this element there // pivot goes just to the right of the low side // new index of the pivot

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