Write a recursive function that satisfies the following specification: One argument i.e. arg1: Return: Any list...

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Write a recursive function that satisfies the following specification: One argument i.e. arg1: Return: Any list of numbers A number - the sum of the squares of the elements in arg1 Example: sumSquares ([4, 2, 1.5]) --> 22.25 (= 42 + 22 + 1.52) Demonstrate with an example. Exercise-2: (9 points) Write a recursive Python function that has a parameter representing a list of integers and returns the maximum stored in the list. Thinking recursively, the maximum is either the first value in the list or the maximum of the rest of the list, whichever is larger. If the list only has 1 integer, then its maximum is this single value, naturally. Exercise-3: (8 points) Write a recursive Python program to calculate the sum of the positive integers of n+ (n-2)+(n-4)... Active Write a recursive function that satisfies the following specification: One argument i.e. arg1: Return: Any list of numbers A number - the sum of the squares of the elements in arg1 Example: sumSquares ([4, 2, 1.5]) --> 22.25 (= 42 + 22 + 1.52) Demonstrate with an example. Exercise-2: (9 points) Write a recursive Python function that has a parameter representing a list of integers and returns the maximum stored in the list. Thinking recursively, the maximum is either the first value in the list or the maximum of the rest of the list, whichever is larger. If the list only has 1 integer, then its maximum is this single value, naturally. Exercise-3: (8 points) Write a recursive Python program to calculate the sum of the positive integers of n+ (n-2)+(n-4)... Active

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For the first exercise you can create a recursive function to calculate the sum of squares of elem... View the full answer