Question: Many of the data structures we have discussed are efficient for (or even optimized for) certain operations, while performing worse for others. Complete the table

 Many of the data structures we have discussed are efficient for

Many of the data structures we have discussed are efficient for (or even optimized for) certain operations, while performing worse for others. Complete the table below, giving the worst case running time for each operation in asymptotic notation. Some of these boxes you will be able to fill in directly from your notes/slides/text: others will require some thought. For the boxes marked with an asterisk (*), you must briefly describe an algorithm to implement the operation, and justify your running time. (Full pseudocode is not required, but your algorithm and analysis must be clear from your description.) In each case, use n to denote the number of items in the structure, and m to denote the size of the array (for array-based structures), where n

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