# Question: Suppose you are given two sets A and B each

Suppose you are given two sets A and B, each containing n positive integers. You can choose to reorder each set however you like. After reordering, let ai be the ith element of set A, and let bi be the ith element of set B. You then receive a payoff of. Give an algorithm that will maximize your payoff. Prove that your algorithm maximizes the payoff, and state its running time.

## Answer to relevant Questions

A sequence of n operations is performed on a data structure. The ith operation costs i if i is an exact power of 2, and 1 otherwise. Use aggregate analysis to determine the amortized cost per operation.The incidence matrix of a directed graph G = (V, E) is a |V| × |E| matrix B = (bij) such thatDescribe what the entries of the matrix product B BT represent, where BT is the transpose of B.We are given a directed graph G = (V, E) on which each edge (u, v) ¬ E has an associated value r(u, v), which is a real number in the range 0 ≤ r(u, v) ≤ 1 that represents the reliability of a communication ...Give some examples of types for which it might be useful to define two or more distinct possible representations. Can you think of an example where distinct possible representations for the same type have different numbers ...Write an expression that returns true if the current value of the parts relvar P is empty and false otherwise. Do not use the is-empty shorthand.Post your question