Problem StatementReport An IssueNinja has an array 'A' of length 'N'. He wanted to find the maximum element between index 'X' and 'Y', including both.Return the maximum element between 'X' and 'Y', including both.Consider 0-based indexing.Example:'N' = 5'X' = 1'Y' = 3'A' = [1, 2, 5, 2, 4]The maximum element in the range [1, 3] is 5.Hence, the answer for this case is 5.
Question
Problem StatementReport An IssueNinja has an array 'A' of length 'N'. He wanted to find the maximum element between index 'X' and 'Y', including both.Return the maximum element between 'X' and 'Y', including both.Consider 0-based indexing.Example:'N' = 5'X' = 1'Y' = 3'A' = [1, 2, 5, 2, 4]The maximum element in the range [1, 3] is 5.Hence, the answer for this case is 5.
Solution
Sure, here is a step-by-step solution to the problem:
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First, we need to understand the problem. Ninja has an array 'A' of length 'N'. He wants to find the maximum element between index 'X' and 'Y', including both. We need to return this maximum element.
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We are given the array 'A', the length of the array 'N', and the indices 'X' and 'Y'. We are also told to consider 0-based indexing, which means the first element of the array is at index 0.
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To solve this problem, we can use a simple approach of iterating over the elements in the array from index 'X' to 'Y' and keeping track of the maximum element.
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We start by initializing a variable, say 'max', to the element at index 'X' in the array.
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Then, we iterate over the array from index 'X+1' to 'Y'. For each element, if it is greater than 'max', we update 'max' to this element.
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After the iteration, 'max' will hold the maximum element between index 'X' and 'Y', including both.
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We return 'max' as the answer.
For example, if 'N' = 5, 'X' = 1, 'Y' = 3, and 'A' = [1, 2, 5, 2, 4], we start with 'max' = 2 (element at index 'X'). Then we iterate over the elements at indices 2 and 3. The maximum element in this range is 5, so we update 'max' to 5. Hence, the answer for this case is 5.
Similar Questions
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