4. Consider the following piece of pseudocode: new DynamicArray d d[1] 1 for 2 ≤ i ≤ 4 do d[i] ix (i-1) end for xd[2] +
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4. Consider the following piece of pseudocode: new DynamicArray d d[1] 1 for 2 ≤ i ≤ 4 do d[i] ix (i-1) end for xd[2] +
4. Consider the following piece of pseudocode: new DynamicArray d d[1] 1 for 2 ≤ i ≤ 4 do d ix (i-1) end for xd[2] + d[3] What is the final value of x? Enter answer here 5. Consider the following piece of pseudocode: new DynamicArray d d[1] 1 d[2] 2 d[3] +3 d[4] ←d[3] d[3] +0 Which of the following describes a linked list implementation of this pseudocode? O Create a new empty linked list, insert a node (with value 1) with next pointer to null, insert a node (with value 2) at the end of list, insert a node (with value 3) at the end of list, insert a node (with value 3) at the end of list, remove third node Create a new empty linked list, insert a node (with value 1) with next pointer to null, insert a node (with value 2) at the end of list, insert a node (with value 3) at the end of list, remove first node Create a new empty linked list, insert a node (with value 1) with next pointer to null, insert a node (with value 2) at the end of list, insert a node (with value 3) at the end of list, insert a node (with value 3) at the end of list, remove end node 1 point 1 point
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