Java Questions - (Has 2 Parts). Based on each code, which answer out of the choices "A, B, C, D, E" is correct. Each question has one correct answer. Thank you. Part 1 - Which of these keywords is used by the calling method to guard against the exception that is thrown by called method? A. try B. throw C. throws D. catch E. finally Part 2 - Which of the following is correct? A. All classes of Exception extend from Error. B. All classes of Error extend from Exception. C. All classes of Exception extend from Throwable. D. All classes of Throwable extend from Exception. E. All classes of Throwable extend from RuntimeException

What is a throw point? 2.  What is an exception handler? 3.  Explain the difference between a try block and a catch block. 4.  What happens if an exception is thrown, but not caught? 5.  Complete the following function that searches a numeric array for a specified value. The function should return the subscript of the element containing the value if it is found in the array. If the value is not found, the function should throw an exception.   int searchArray(int array[], int size, int value){   int index = 0;      // Used as an index to search array   int subscript = -1;  // To record position of search value   while (index < size && subscript == -1)     {                if (array[index] == value) // If the value is found                ___________________________________________________                ___________________________________________________    }   if (subscript == -1)                 ___________________________________________________ return subscript; }   Bonus…

Complete the following tasks: Write an exception handler to catch ValueError and output 'float(): Input is not a float.' Write an exception handler to catch OverflowError and output 'math.pow(): result of 5 raised to the power of ', followed by x_value and ' is too large.'

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1. Create an exception class called SocSecException. The UML diagram for this class is below. SocSecException + SocSecException(error: String) : The constructor will call the superclass constructor. It will set the message associated with the exception to "Invalid social security number" concatenated with the error string. 2. Create a driver program called SocSecProcessor. This program will have a main method and a static method called isValid that will check if the social security number is valid. SocSecProcessor + main(args : String[]): void + is Valid(ssn: String): boolean Copyright © 2019 Pearson Education, Inc., Hoboken NJ Task #2 Writing Code to Handle an Exception 1. In the main method: a. The main method should read a name and social security number from the user as String objects. b. The main method should contain a try-catch statement. This statement tries to check if the social security number is valid by using the method isValid. If the social security number is valid, it…

What outcomes are possible in the event that an exception is thrown outside of a try block?

Java question Write a Thermostat class such that a user of the Thermostat class can create an objectof Thermostat and set it to the desired temperature within a pre-specified range. If theuser tries set the temperature outside this range it should throw a TemperatureTooHighor TemperatureTooLow exception. Use inheritance to create an exception superclassTemperatureOutofRange and subclasses TemperatureTooHigh andTemperatureTooLow.Sample Tester code:Thermostat t = new Thermostat(0, 100);t. setTemp(50); // Should be OK.t.setTemp(150); // Should throw TemperatureTooHigh exception.t.setTemp(-50); // Should throw TemperatureToolLow exception.Write a Tester class to demonstrate throwing and catching of exceptions. Show that thecatch specifying the superclass catches the subclass exceptions. The order of exceptionhandlers is important. If you try to catch a superclass exception type before a subclasstype, the compiler would generate errors. Also show the re-throwing of exceptions.

Note : Attempted in visual studio. Run the following code in Visual Studio and see if it generates an exception or not? If it generates an exception, then why is it doing so. Write the differences between static and dynamic objects as well.   #include <iostream> using namespace std; class CRectangle { int width, height; public: void set_values (int, int); int area () {return (width * height);} }; void CRectangle::set_values (int a, int b) { width = a; height = b; } int main () { CRectangle a;// static object CRectangle* b=new CRectangle;//dynamic object   a.set_values (1,2); b->set_values (3,4); cout << "*b area: " << b->area() << endl;//12 cout << "*b area: " << b->area() << endl;//12 delete b; cout << "*b area: " << b->area() << endl;//12 return 0; }