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[A, B, C, D, E, F, G, it.nextIndex(): 0 it.next(): A it.previousIndex(): 0 it.nextIndex(): 1 it.next(): B it.next(): C it.previous(): C it.previousIndex(): 1 it.nextIndex(): 2 it.previous(): B it.next(): B it.next(): C it.next(): D it.add("X"): [A, B, C, D, X, E, F, it.next(): E it.set("Y"): [A, B, C, D, X, Y, F, it.next(): F it.remove(): it.next(): G [A, B, C, D, X, Y, G, H]

ic iL + LL _

G, H]

0 (b)

CHAP. 1]

Fig. 6-19

G, H]

Now substitution of (3) into (4) allows direct calculation of Ai : Ai RE RC hfb iL is RE hib RC RL hob RL RC 3:3 103 2:2 103 0:99 0:655 3:3 103 25 2:2 103 1:1 103 10 6 1:1 103 2:2 103

The output shows the effects of the nine ListIterator methods. At lines 7 and 10, the nextIndex() method returns the index number of the iterator s current element: first 0, and then 1. Similarly, the previousIndex() method returns the index number of the iterator s previous element. The next() and previous() methods move the iterator up and down the list. At line 21, the add() method inserts a new

motorcycle, if it has 4 wheels the vehicle will be labeled a car or light truck, if it has 6, 8, 10, 12, 14, 16, or 18 wheels, it will be categorized as a truck Any other number of wheels will be reported as an error Use a switch statement to compute the decision 56 Write a Java class called Vehicle The Vehicle class will have instance attributes for color, make, model, speed, number of occupants, and maximum number of occupants The Vehicle class will also have a static variable called vehicleCount that can be used to track the number of vehicles in the application The constructor for Vehicle should expect values for make, model, maximum number of occupants, and color, and it should set the vehicle speed to zero, the number of occupants to 1, and increment the count of vehicles each time the constructor is called.

Let vS sin 2000 t V and apply SPICE methods to the small-signal equivalent circuit of Fig. 6-19(b) to solve Problem 6.19.

CHAP. 7]

(a) The netlist code below describes the circuit:

Each of the instance and static variables should have an accessor (get) method that will return the appropriate value, and all except the vehicleCount variable should also have a mutator (set) method so that the value can be modified You should also give the Vehicle class an instance method called changeSpeed The changeSpeed method should expect a floating-point value for the new speed, and it should return a floating-point value representing the difference between the new speed and the previous speed of the vehicle Include a public static void main(String[] args) method that creates a few vehicles, sets some speeds, and reads some variable values, so that you can test your code by launching the class from the command line 57 Write a Skateboard class that inherits from Vehicle Override the changeSpeed method for the Skateboard class, so that instances of the Skateboard class can never exceed 10 mph.

element X immediately after that last element referenced by the next() method, which was D. At line 25, the set() method changes the last element referenced by the next() method, from E to Y. At line 29, the remove() method deletes the last element referenced by the next() method, which was F.

Prb6_20.CIR vs 1 0 SIN( 0V 1V 1kHz ) RE 1 0 3.3kohms Rhib 1 2 25ohms Vsen 2 0 DC 0V Fhfb 3 0 Vsen -0.99 Rhob 3 0 {1/1e-6S} RC 3 0 2.2kohms RL 3 0 1.1kohms .TRAN 5 us 1ms .PROBE .END

Like a finger tracing through some text, an iterator is an object bound to a collection that moves independently of other iterators on the same collection. EXAMPLE 7.4 Using Several ListIterator Objects Iterating on the Same List Object

After executing hPrb6_20.CIRi, the traces of the input voltage vS V 1 and the output voltage vL V 3 of Fig. 6-20(a) are generated using the Probe feature of PSpice. Since the input voltage