5. om element in Element to the bottom element in myStack, leaving fly Write a segment...

 

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5. om element in Element to the bottom element in myStack, leaving fly Write a segment of code to perform each of the following operations. Assume myQueue is an object of the class ArrayQueue. You may call any of public methods of [1] Set rearElement to the rear element in myQueue, leaving myQueue empty. [2] Set rearElement to the rear element in myQueue, leaving myQueue unchanged. ArrayQueue. You may declare additional queue objects. 6. variables, and Stack is an object of the class Array Stack. Assume that you can store Show what is written by the following segments of code, given that A, B, and C are int and retrieve variables of type int in stack. A=1; B=2; C=4; The foll Stack.push(A); Stack.push(B); Stack.push(B+C); A=Stack.top(); Stack.pop(); B=B+A; thStack.push(B); Stack.push(A); while(!Stack.isEmpty()) { C = Stack.top(); Stack.pop(); el System.out.println(C); } System.out.println(A+""+B+ " " + C); 5. om element in Element to the bottom element in myStack, leaving fly Write a segment of code to perform each of the following operations. Assume myQueue is an object of the class ArrayQueue. You may call any of public methods of [1] Set rearElement to the rear element in myQueue, leaving myQueue empty. [2] Set rearElement to the rear element in myQueue, leaving myQueue unchanged. ArrayQueue. You may declare additional queue objects. 6. variables, and Stack is an object of the class Array Stack. Assume that you can store Show what is written by the following segments of code, given that A, B, and C are int and retrieve variables of type int in stack. A=1; B=2; C=4; The foll Stack.push(A); Stack.push(B); Stack.push(B+C); A=Stack.top(); Stack.pop(); B=B+A; thStack.push(B); Stack.push(A); while(!Stack.isEmpty()) { C = Stack.top(); Stack.pop(); el System.out.println(C); } System.out.println(A+""+B+ " " + C);