What is the output of this program?import java.util.*; public class Result { public static double sumOfList(List extends Number> list) { double var = 0.0; for (Number num : list) var += num.doubleValue(); return var; } public static void main(String args[]) { List obj = Arrays.asList(4.3, 5.6, 7.8); System.out.println(sumOfList(obj)); } }

What is the output of this program?import java.util.*; public class Re

1.	What is the output of this program?import java.util.*; public class Result { public static double sumOfList(List extends Number> list) { double var = 0.0; for (Number num : list) var += num.doubleValue(); return var; } public static void main(String args[]) { List obj = Arrays.asList(4.3, 5.6, 7.8); System.out.println(sumOfList(obj)); } }
A.	17.7
B.	4.3
C.	5.6
D.	7.8
E.	None of these
Answer» B. 4.3

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What is the output of this program?import java.util.*; class genericstack { Stack object = new Stack (); public void push(E obj) { object.push(obj); } public E pop() { E obj = object.pop(); return obj; } } public class Result { public static void main(String args[]) { genericstack genericstackObj0 = new genericstack(); genericstackObj0.push("Inteview"); System.out.print(genericstackObj0.pop() + " "); genericstack genericstackObj1 = new genericstack(); genericstackObj1.push("Mania"); System.out.println(genericstackObj1.pop()); } }
What is the output of this program?import java.util.*; class genericstack { Stack object = new Stack (); public void push(E obj) { object.push(obj); } public E pop() { E obj = object.pop(); return obj; } } public class Output { public static void main(String args[]) { genericstack genericObject = new genericstack(); genericObject.push(50); System.out.println(genericObject.pop()); } }
What is the output of this program?import java.util.*; class genericstack { Stack object = new Stack (); public void push(E obj) { object.push(obj); } public E pop() { E obj = object.pop(); return obj; } } public class Output { public static void main(String args[]) { genericstack genericObject = new genericstack(); genericObject.push(100); System.out.println(genericObject.pop()); } }
What is the output of this program?import java.util.*; class genericstack { Stack object = new Stack (); public void push(E obj) { object.push(obj); } public E pop() { E obj = object.pop(); return obj; } } public class Output { public static void main(String args[]) { genericstack genericstackObj = new genericstack(); genericstackObj.push("Interview Mania"); System.out.println(genericstackObj.pop()); } }
What is the output of this program?import java.util.*; public class Result { public static double sumOfList(List extends Number> list) { double var = 0.0; for (Number num : list) var += num.doubleValue(); return var; } public static void main(String args[]) { List obj = Arrays.asList(4.3, 5.6, 7.8); System.out.println(sumOfList(obj)); } }
What is the output of this program?import java.util.*; public class Result { public static double sumOfList(List extends Number> list) { double var = 0.0; for (Number num : list) var += num.doubleValue(); return var; } public static void main(String args[]) { List ListObject = Arrays.asList(10, 20, 30); System.out.println(sumOfList(ListObject)); } }
What is the output of this program?import java.util.*; class genericstack { Stack object = new Stack (); public void push(E obj) { object.push(obj); } public E pop() { E obj = object.pop(); return obj; } } public class Output { public static void main(String args[]) { genericstack genericObj = new genericstack(); genericObj.push("Interview"); System.out.println(genericObj.pop()); } }

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