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Given a street of** N** houses (a row of houses), each house having **K **amount of money kept inside; now there is a thief who is going to steal this money but he has a constraint/rule that he cannot steal/rob two adjacent houses. Find the maximum money he can rob.** **

**Example 1:**

Input:N =5 ,K =10Output:30Explanation:The Robber can rob from the first, third and fifth houses which will result in 30.

**Example 2:**

Input:N =2 ,K =12Output:12Explanation:The Robber can only rob from the first or second which will result in 12.

**Your Task:**

You don't need to read input or print anything. Your task is to complete the function **maximizeMoney()** which takes 2 Integers N and K as input and returns the answer.

**Expected Time Complexity:** O(1)

**Expected Auxiliary Space:** O(1)

**Constraints:**

1 <= N,K <= 10^{3}

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Maximum money

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