Write a method, public static int insertSort(ArrayList list), which implements a insertion sort on the ArrayList of Integer objects list. In addition your insertSort method should return an int which represents a statement execution count recording how many times two elements from the ArrayList are compared. For example, if the parameter list prints as [3, 7, 2, 9, 1, 7] before a call to insertSort, it should print as [1, 2, 3, 7, 7, 9] after the method call. This call should return the value 10 since 10 values need to be compared to implement an insertion sort on this array.

Here is the basics of insertionSort performed on an array of integers, this should get you started:

/**

* The insertionSort method performs an insertion sort on an int array. The

* array is sorted in ascending order.

*

* param array The array to sort.

*/

public static void insertionSort(int[] array) {

int unsortedValue;

int scan;

for (int index = 1; index < array.length; index++) {

unsortedValue = array[index];

scan = index;

while (scan > 0 && array[scan - 1] > unsortedValue) {

array[scan] = array[scan - 1];

scan--;

}

array[scan] = unsortedValue;

}

}

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b. related objects

explanation:

data is stored in related objects in an access database.