Please explain! Dynamic Programming can be used to solve numerous real-life optimization problems. Consider these six problems.Five of these six problems have elegant and efficient solutions using Dynamic Programming, but one of these problems does not. Which of these six problems cannot be solved using Dynamic Programming? Choice 1 of 6:    Given a rod, and a set of prices p[i] for each cut of length i, determine how to cut the rods to maximize your profit Choice 2 of 6: Given a rod, and a set of prices p[i] for each cut of length i, determine how to cut the rods to minimize your profit Choice 3 of 6: Given a graph, determine the shortest path from the start vertex to the end vertex without repeating any edges Choice 4 of 6: Given a graph, determine the longest path from the start vertex to the end vertex without repeating any edges Choice 5 of 6: Given a sequence of integers, determine the longest increasing subsequence of that sequence Choice 6 of 6: Given a sequence of integers, determine the longest decreasing subsequence of that sequence

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Q: LRS Exercise 15.1-3 Rod Cutting Problem Consider a modification of the rod-cutting prolem in which…

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A: Please find the answer below :

Q: Given a rod of length n inches and a table of prices p¡ for I = 1, 2, ..., n, use dynamic…

A: // A Dynamic Programming solution for Rod cutting problemclass RodCutting{/* Returns the best…

Duality

Duality is a linear programming (LP) concept which states that it is possible to interpret every LP problem using two distinct methods, but they will have similar solutions. That means any LP problem can be mentioned in another equivalent form based on identical data.