Consider the classes below: public class TestA { public static void main(String[] args) { int x = 2; int y = 20 int counter = 0; for (int j = y % x; j < 100; j += (y / x)) { counter++; } } } public class TestB { public static void main(String[] args) { int counter = 0; for (int j = 10; j > 0; --j) { ++counter; } } } Which of the following statements is true?a. The value of j will be the same for each loop for all iterations b. The value of counter will be different at the end of each for loop for each class. c. Both A and B are true. d. Neither A nor B is true.

The answer is "Option d".

Explanation:

In the given code, two class "TestA and TestB" is defined, that calculates some values which can be described as follows:

In class "TestA", three integer variable "x, y, and counter" is declared, that initializes with a value, that is "2, 20, and 0", inside the class for loop is declare that uses variable j which starts from and ends when the value of j is less than 100, it will increment the value of counter variable by 1. In the class "TestB", an integer "counter" variable is initializes a value with 0, inside the class the for loop is used that uses variable j, which starts from 10, and ends when j is less than 0. in the loop it increments the value of "counter" variable by 1.  that's why in this question except "option d" all were wrong.

Solution: the categorization of functional and non-functional requirement are as follows: some of the more typical functional requirements include: • business rules• transaction corrections, adjustments and cancellations• administrative functions• authentication• authorization levels• audit tracking• external interfaces• certification requirements• reporting requirements• historical data• legal or regulatory requirementswhile,some typical non-functional requirements are: • performance – for example response time, throughput, utilization, static volumetric• scalability• capacity• availability• reliability• recoverability• maintainability• serviceability• security• regulatory• manageability• environmental• data integrity• usability• interoperability