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8) Write a public static method named getLessThan, that takes two arguments. The first argument is an Array of int, and the second argument is an int. This method create and return a new array with all of the values in the argument array that are less than the second argument value. The order the values in the returned array must be the same as the order of those values in the argument array For example, given the following Array declaration and instantiation: int[] myArray = {1, 22, 333, 400, 5005, 9); getLess Than (myArray, 108) will return Array with these values {1, 22, 9) 9) Write a public static method named get Between, that takes three arguments. The first argument is an Array of int, the second and third arguments will be of type int (you can safely assume that the second argument value will always be less than or equal to the third argument value). This method must create and return a new array with all of the values in the argument array that are greater than or equal to the second argument value, and less than or equal to the value of the third argument. The order the values in the returned array must be the same as the order of those values in the argument array For example, given the following Array declaration and instantiation: int[] myArray = (1, 22, 333, 400, 5005, 9); getBetween(myArray, 22, 450) will return an Array with these values (22, 333, 480) 10) Write a public static method named issorted, that takes an Array of int as an argument. This method should return the boolean value true if all the element values in the array are in descending order (greatest to least); otherwise the method should return the boolean value false. For example, given the following Array declaration and instantiation: int[] myArray - (22, 500, 400, 333, 1, 9); issorted(myArray) will return false