6. Implement the algorithm for the Knapsack Problem in either C, C++, C#, Java, or Python. Be efficient and implement it

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6. Implement the algorithm for the Knapsack Problem in either C, C++, C#, Java, or Python. Be efficient and implement it

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6 Implement The Algorithm For The Knapsack Problem In Either C C C Java Or Python Be Efficient And Implement It 1
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6. Implement the algorithm for the Knapsack Problem in either C, C++, C#, Java, or Python. Be efficient and implement it in O(nW) time, where n is the number of items and W is the capacity. The input will start with an positive integer, giving the number of instances that follow. For each instance, there will two positive integers, representing the number of items and the capacity, followed by a list describing the items. For each item, there will be two nonnegative integers, representing the weight and value, respectively. A sample input is the following: N 1 3 4 100 34 1 2 33 24 The sample input has two instances. The first instance has one item and a capacity of 3. The item has weight 1 and value 100. The second instance has three items and a capacity of 4. For each instance, your program should output the maximum possible value. The correct output to the sample input would be: 0 6
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