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1) Construct the n = 3 decision tree for selection sort using the code from the solutions of April 16. The initial entries of the array are a,b,c. Note that the tree will begin with the root (b1) Complete the code for Accelerated Heapsort by writing the routine accel fixheap that is called by the following ccel heapsort code. It should be a modification of the fixheap routine discussed in class. void accel heapsort (element all, int n) // Apply heapsort to a[0] a[n-1] void fixheap (element (1, int, int) ; void accel_ fixheap (element [], int, int) ; if (n > 1) { for (int left - n/2 - 1; left >= 0; left--) fixheap (a, left, n-1) ; / endfor Swap a [0] and a (n-1); for (int right = n-2; right >= 1; right-- ) { accel fixheap(a, 0, right) ; - Swap a[0] and a[right]; }//endfor }//endif )

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Data Structures Questions - Decision Tree
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