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In Fig 87b the displacement diagram divides into two parts, denoted by 1 and 2 We are given q1 + q2 = 160 degrees Since the ratio of acceleration is 3 : 1, we see that q1 = 40 degrees q 2 = 120 degrees The time t1 = t2 = 40 1 1 = sec 45 180 160 120 1 1 = sec 160 45 60

// } }

11:

// Because of generic type-safety, // the following line is illegal lstAdd(99); // Error, not a char!

Also, we know that the displacements 1 y1 + y2 = 1 4 For the parabolic curve from Eq (224) the follower displacement y= where A = follower accceleration, in sec 2 The displacement y1 = y2 = 1 1 5 (20, 200) = in 180 2 16 1 1 15 (6750) = in 60 2 16

The output, shown here, is the same as that produced by the non-generic version of the program:

FIGURE 11-1

Initial number of elements: 0 Adding 6 elements Number of elements: 6 Current contents: C A E B D F Removing 2 elements Number of elements: 4 Contents: C E B D Adding 20 more elements Current capacity: 32 Number of elements after adding 20: 24 Contents: C E B D a b c d e f g h i j k l m n o p q r s t Change first three elements Contents: X Y Z D a b c d e f g h i j k l m n o p q r s t

The displacement diagram is shown plotted in Fig 87b The inertia loads from Eq (81) Fi = where w is the equivalent weight: w= weight of spring + weight of linkage 3 = assumed negligible + 2 = 2 lb w y g

The LinkedList<T> class implements a generic doubly linked list It implements ICollection, ICollection<T>, IEnumerable, IEnumerable<T>, ISerializable, and IDeserializationCallback (The last two interfaces support the serialization of the list) LinkedList<T> defines two public constructors, shown here: public LinkedList( ) public LinkedList(IEnumerable<T> collection) The first creates an empty linked list The second creates a list initialized with the elements in collection Like most linked list implementations, LinkedList<T> encapsulates the values stored in the list in nodes that contain links to the previous and next element in the list These nodes are objects of type LinkedListNode<T> LinkedListNode<T> provides the four properties shown here: public LinkedListNode<T> Next { get; } public LinkedListNode<T> Previous { get; } public LinkedList<T> List { get; } public T Value { get; set; } Next and Previous obtain a reference to the next or previous node in the list, respectively You can use these properties to traverse the list in either direction A null reference is returned if no next or previous node exists You can obtain a reference to the list itself via List You can get or set the value within a node by using Value

RDBMS Analytic application vendors that use BusinessObjects XI as the reporting engine also may strive to keep their universes database-agnostic However, when you avoid using database-specific SQL in the universe, you are generally forcing end users to do more work in the reports (see 14 for further discussion) My recommendation is to use your database SQL to its fullest Your universe will be more powerful, and you will save users time

Part II:

Displacement y 1 " 14

LinkedList<T> defines many methods A sampling is shown in Table 25-16 In addition to the properties defined by the interfaces that it implements, LinkedList<T> defines these properties: public LinkedListNode<T> First { get; } public LinkedListNode<T> Last { get; } First obtains the first node in the list Last obtains the last node in the list