Consider the following Java code snippet: Which of the following statements is true about the given code? a. The code will produce a compilation error because generic classes cannot be instantiated with primitive types. b. The code will produce a runtime error when calling getContent on integerBox because of type mismatch. c. The code will output 123 and Hello. d. The code will produce a compilation error because the same generic class cannot be used with different types.

Which of the following statements about generics is true?Question 3Answera.Generics are only applicable to classes, not methods.b.Generics allow you to write type-safe code.c.Generics are optional in Java programming.d.Generics are limited to a single data type.

Which of the following is NOT a benefit of using Java generics?Select one:a. More efficient code executionb. Code reusec. Improved type safetyd. Better readability

Which symbol is used to denote a generic type in Java? Which of the following statements is true about this method? a. * b. & c. # d. <>

Which statement(s) are correct about the following code? (Choose all that apply)public class Rodent { protected static Integer chew() throws Exception {   System.out.println("Rodent is chewing"); return 1; } }public class Beaver extends Rodent { public Number chew() throws RuntimeException { System.out.println("Beaver is chewing on wood"); return 2; } }  *2 pointsA. It will compile without issue.B. It fails to compile because the type of the exception the method throws is a subclass of the type of exception the parent method throws.C. It fails to compile because the return types are not covariant.D. It fails to compile because the method is protected in the parent class and public in the subclass.E. It fails to compile because of a static modifier mismatch between the two methods.

Which of the following Java code snippets gives a compilation error?Group of answer choicesclass MyClass<T> {         public void add(T item) {                  // ...         }}class MyClass<T extends Number & Comparable<T>> {          // ...}class MyClass<T super Number> {         // ...}class MyClass<T extends String> {          public void add(T item) {                     // ...           }}