1. Define a struct for a soccer player that stores their name, jersey number, and total points scored. 2.Using the struct in #1, write a function that takes an array of soccer players and its size as arguments and returns the average number of points scored by the players. 3.Using the struct in #1, write a function that takes an array of soccer players and its size as arguments and returns the index of the player who scored the most points.
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1. Define a struct for a soccer player that stores their name, jersey number, and total points scored.
2.Using the struct in #1, write a function that takes an array of soccer players and its size as arguments and returns the average number of points scored by the players.
3.Using the struct in #1, write a function that takes an array of soccer players and its size as arguments and returns the index of the player who scored the most points.
4.Using the struct in #1, write a function that sorts an array of soccer players by name.
5.Using the struct in #1, write a function that takes an (unsorted) array of soccer players and its size and a number as arguments, and returns the name of the soccer player with that number. It should not do any extra unnecessary work.
6.Define a function to find a given target value in an array, but use pointer notation rather than array notation whenever possible.
7.Write a swap function, that swaps the values of two variables in main, but use pointers instead of reference parameters.
8.Write a function that takes an array of ints and its size as arguments. It should create a new array that is the same size as the argument. It should set the values in the new array by adding 10 to each element in the original array. The function should return a pointer to the new array. (Make sure you use dynamic memory allocation and try to get the syntax right).
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