(((_.-=-._.-=-._.-=-._.-=-._.-))) ))~~~~~~~~~~~~~~~~~~~~~~~~~~~(( (( > Have a colorful day! 🙂 < )) ))...........................(( (((`-._.-'`-._.-'`-._.-'`-._.-)))  

Given the code below, what will be the value returned from the method invocation shown? public static int mystery(int a, int b) {    if (a == 1 || b == 1) {        return 1;    } else {        return b + mystery(a * 2, b / 2);   }} int value = mystery(6, 6); 

How many potential matches are eliminated after the first iteration (i.e. first pass) of the binary search algorithm for the value of 46? [29, 46, 53, 62, 80, 91, 93] 

In terms of code functionality, using an inner class to override a method will behave exactly the same as an anonymous inner class.

(((_.-=-._.-=-._.-=-._.-=-._.-))) ))~~~~~~~~~~~~~~~~~~~~~~~~~~~(( (( > Have a colorful day! 🙂 < )) ))...........................(( (((`-._.-'`-._.-'`-._.-'`-._.-)))  

Given the code below, what will be the value returned from the method invocation shown? public static int mystery(int a, int b) {    if (a == 1 || b == 1) {        return 1;    } else {        return b + mystery(a * 2, b / 2);   }} int value = mystery(6, 6); 

In the following lambda expression btn.setOnAction((e) -> System.out.println(“Hello World!”)); e is an Event.

Inner classes, anonymous inner classes, and lambda expressions can satisfy the same requirements with respect to functional interfaces in Java.

How many potential matches are eliminated after the first iteration (i.e. first pass) of the binary search algorithm for the value of 46? [29, 46, 53, 62, 80, 91, 93] 

(((_.-=-._.-=-._.))) ))~~~~~~~~~~~~~~(( (( > Interfaces < )) ))..............(( (((`-._.-'`-._.-')))