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public static <E> Deque<E> reversed(Deque<E> stack) { // returns a new stack that contains the same elements as the given // stack, but in reversed order Deque<E> stack1 = new ArrayDeque<E>(); while(!stack.isEmpty()) { stack1.push(stack.pop()); } return stack1; } public static <E> Deque<E> reversed(Deque<E> stack) { // returns a new stack that contains the same elements as the given // stack, but in reversed order, and leaves the given stack in its // original state Deque<E> stack1 = new ArrayDeque<E>(); Deque<E> stack2 = new ArrayDeque<E>(); while(!stack.isEmpty()) { stack1.push(stack.peek()); stack2.push(stack.pop()); } while(!stack2.isEmpty()) { stack.push(stack2.pop()); } return stack1; } public static <E> void reverse(Deque<E> stack) { // reverses the contents of the specified stack Deque<E> stack1 = new ArrayDeque<E>(); Deque<E> stack2 = new ArrayDeque<E>(); while(!stack.isEmpty()) { stack1.push(stack.pop()); } while(!stack1.isEmpty()) { stack2.push(stack1.pop()); } while(!stack2.isEmpty()) { stack.push(stack2.pop()); } } public static <E> E penultimate(Deque<E> stack) { // returns the second from the top element of the specified stack E x1 = stack.pop(); E x2 = stack.peek(); stack.push(x1); return x2; } public static <E> E popPenultimate(Deque<E> stack) { // removes and returns the second element of the specified stack E x1 = stack.pop(); E x2 = stack.pop(); stack.push(x1); return x2; } public static <E> E bottom(Deque<E> stack) { // returns the bottom element of the specified stack Deque<E> stack1 = new ArrayDeque<E>();

If we were to add a public main method, the class could be executed, and whatever the main method were coded to accomplish would be done However, this Automobile class is intended to be a factory to create Automobile objects for use by other programs and classes, rather than to be a program to be run by itself You can think of the Automobile class as creating a new data type Automobile Notice also that in the class Automobile there is a method named Automobile; the name of the method is the same as the name of the class The method named Automobile is the constructor for the class Whenever another program needs an instance of an Automobile, the other program will use the new keyword to request a new Automobile.

Note that Ai % hfb < 1, and that the input and output currents are in phase because hfb < 0. (b) By direct analogy with Fig. 6-5(b) and (6.46), Av hfb RL 0:99 20 103 647:9 3 30 8 10 7 0:99 4 10 6 hib RL hib hoc hfb hrb 30 20 10 6:52

CHAP. 5]

Observe that Av % hfb RL =hib , and the output and input voltages are in phase because hfb < 0. (c) By direct analogy with Fig. 6-5(b) and (6.47) Zin hib It is apparent that Zin % hib . (d) By analogy with Fig. 6-5(b) and (6.50), Zo 1 1 1:07 M hob hfb hrb =hib 8 10 7 0:99 4 10 6 =30 6:54 hrb hfb RL 4 10 6 0:99 20 103 30 30:08 1 hob RL 1 8 10 7 20 103 6:53

We can tell from the Automobile constructor that the constructor expects four parameters whenever a new Automobile is requested; these are the make, the model, the year, and the horsepower The first two parameters are String values, and the last two are ints When another program asks for an instance of an Automobile, the constructor will create an Automobile object and return to the other program a reference to the new Automobile A reference is an address The other program can then use the reference to the new Automobile object to manipulate it.

while(!stack.isEmpty()) { stack1.push(stack.pop()); } E x = stack1.peek(); while(!stack1.isEmpty()) { stack.push(stack1.pop()); } return x; }

Note that Zo is decreased because of the feedback from the output mesh to the input mesh through hrb vcb .