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As continental rifting progresses to sea oor spreading, the margins of the rift isostatically subside below sea level and eventually become tectonically inactive. This subsidence is governed in part by the mechanical effects of lithospheric stretching (Section 7.6.2) and by a gradual relaxation of the thermal anomaly associated with rifting. Theoretical considerations that incorporate these two effects for the case of uniform stretching predict that subsidence initially will be rapid as the crust is tectonically thinned and eventually slow as the effects of cooling dominate (McKenzie, 1978). However, the amount of subsidence also is in uenced by the exural response of the lithosphere to loads generated by sedimentation and volcanism and by changes in density as magmas intrude and melts crystallize and cool (Section 7.6.7). Subsidence models that include the effects of magmatism and loading predict signi cant departures from the theoretical thermal subsidence curves. The amount of subsidence that occurs at rifted margins is related to the magnitude of the stretching factor ( ). There are several different ways of estimating the value of this parameter, depending on the scale of observation (Davis & Kusznir, 2004). For the brittle upper crust, the amount of extension typically is derived from summations of the offsets on faults imaged in seismic re ection pro les that are oriented parallel to fault dips. Estimates of the combined upper crustal extension and lower crustal stretching are obtained from variations in crustal thickness measured using wide-angle seismic surveys, gravity studies, and seismic re ection data. This latter approach relies on the assumption that the variations are a consequence of crustal extension and thinning. At the scale of the entire lithosphere, stretching factors are obtained through considerations of the exural isostatic response to

create, and one business method. The test should make sure that these aspects of the API are tested as well. The testBean method is more or less testing each aspect of the API for the entity, but the depth of testing is not consistent. The asserts should be grouped into the three basic areas. The next step, after grouping the asserts, is to move them into another test method named after the function or intent they are supposed to be testing. The asserts can be cut and pasted into the new methods. Here is the code after being put through these first two steps.

9/21/05

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9:44

T ( D , N )= D 6 N + D 6 N 3 + 3 D 8 N + 5 D 8 N 4 + . * .

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#define IDS_APP_TITLE 1 #define IDS_HELLO 2 #define IDC_MENUBAR 3 #define IDC_COMBO_BUTTON 4 #define IDI_MENUBAR 101 #define IDM_MENU 102 #define IDD_ABOUTBOX 103 #define IDB_ONE_TWO 105 #define IDR_DROP_BTN_MENU 109 #define IDM_FILE_EXIT 40002 #define IDM_HELP_ABOUT 40003 #define IDM_MENU_BTNS 40004 #define IDM_ONE 40005 #define IDM_COMBO 40006 #define IDM_TWO 40007 #define IDM_DROP_BTN 40008 #define IDM_UNDO 40009 #define IDM_CHECK_BTN 40010 #define IDM_REDO 40011 #define IDM_RADIO_BTNS 40012 #define IDM_DROP1 40013 #define IDM_DROP_ITEM2 40014 // Next default values for new objects // #ifdef APSTUDIO_INVOKED #ifndef APSTUDIO_READONLY_SYMBOLS #define _APS_NEXT_RESOURCE_VALUE 110 #define _APS_NEXT_COMMAND_VALUE 40014 #define _APS_NEXT_CONTROL_VALUE 1001 #define _APS_NEXT_SYMED_VALUE 101 #endif #endif MenuBar.rc //Microsoft Developer Studio generated resource script. // #include resource.h #define APSTUDIO_READONLY_SYMBOLS //////////////////////////////////////////////////////////////////////// ///// // // Generated from the TEXTINCLUDE 2 resource. // #include afxres.h //////////////////////////////////////////////////////////////////////// ///// #undef APSTUDIO_READONLY_SYMBOLS //////////////////////////////////////////////////////////////////////// ///// // English (U.S.) resources #if !defined(AFX_RESOURCE_DLL) || defined(AFX_TARG_ENU)

General Core (id, class, style, title) Internationalization (lang, dir) Standard Events (see end of appendix) Usage Tip Providing an abbreviation via the abbr attribute allows speech renderers to provide that abbreviation before each data cell. Use the scope attribute to specify the data cells to which this header applies.

Definition 3.8 A complete error correcting decoder is a decoder that given the received word r, selects the codeword c which minimizes dH(r, c). That is, it is the ML decoder for the BSC channel. 0 If a standard array is used as the decoding mechanism, then complete decoding is achieved. On the other hand, if the rows of the standard array are filled out so that aE Z instances of up to t errors appear in the table, and all other rows are left out, then a bounded distance decoder is obtained. Definition 3.9 A t-error correcting bounded distance decoder selects the codeword c given the received vector r if dH(r, c) 5 t. If no such c exists, then a decoder failure is declared. 0

62.6953 62.5122 62.5000

2 1 2 2 1 2

Gauss Jordan elimination (AC)

Table 5.4 Some of the Additional J2SE Classes Added to the CDC PACKAGE java.lang CLASSES Character.Subset, Character.UnicodeBlock, ClassLoader, Double, Float, Number, Runnable, Void AccessibleObject, Array, Constructor, Field, Method, Modifier BufferedInputStream, BufferedOutputStream, Externalizable, File, FileDescriptor, FileInputStream, FileOutputStream, FilterInputStream, ObjectInputStream, ObjectOutputStream, PushbackInputStream, Serializable ContentHandler, DatagramPacket, DatagramSocket, InetAddress, Socket, ServerSocket, URL, URLConnection, URLClassLoader AccessControlContext, AccessController, AlgorithmParameters, AlgorithmParametersSpi, CodeSource, KeyFactory, KeyFactorySpi, KeyPair, KeyStore, KeyStoreSpi, Identity, IdentityScope, MessageDigest, MessageDigestSpi, Provider, SecureClassLoader, Signer

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Sun Microsystems introduced UNIX s Pluggable Authentication Module to make login services independent of the authentication method. PAM uses the layer pattern to sep-

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