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Daniels v Williams, 474 US 327 (1986) Davis v Mississippi, 394 US 726 727 Department of Justice (1998) at Definitions: D Record Doe v Attorney General, 941 F2d 780, 795 (9th Cir 1991) Doe v City of New York, 15 F3d 264, 267 (2d Cir 1994) Employment Division, Department of Human Resources of Oregon v Smith, 494 US 889 (1990) Fadjo v Coon, 633 F2d 1172, 1175 1176 (5th Cir 1981) Goldman v Weinberger, 475 US 503 (1986) AFR 35-10, 1-6h(2)(f) (1980) Griswold v Connecticut, 381 US 479, 483, 484 (1965) Griswold v Connecticut, 381 US at 500 (Harlan, J, concurring), (quoting Palko v Connecticut, 302 US 319, 325 (1937)) Henke v United States Dep t of Commerce, 83 F3d 1453, 1460 n12 (DCCir1996) In re Crawford, 1999 US App.

LEXIS 24941, *7 (9th Cir 1999), (citing Whalen v Roe, 429 US 589, 599 600 (1977)) JP v DeSanti, 653 F2d 1080, 1090 (6th Cir 1981) Kostyu v United States, 742 FSupp 413, 416 417 (ED Mich 1990) Moore v City of East Cleveland, 431 US 494 (1977) Olmstead v United States, 277 US 438 (1928) Pilon v United States Department of Justice, 796 FSupp 7, 12 (DDC 1992) Planned Parenthood of Southeastern Pennsylvania v Casey, 505 US 833 (1992) The Privacy Act of 1974, codified at 5 USC 552a, September 27, 1975 Quinn v Stone, 978 F2d 126, 133 (3d Cir 1992) Roe v Sherry, 91 F3d 1270, 1274 (9th Cir 1996) Skinner v Railway Labor Executives Ass n, 489 US 602, 617 (1989) State of Connecticut Department of Social Services.

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low temperature coefficient of dielectric constant (TCK). Figure 10.4 reveals the increased signal attenuation as the loss tangent is increased, causing a slightly lower filter output than expected. (Most quality microwave board materials will have low loss tangents, so perhaps a more adverse effect on a signal at microwave frequencies can be an improperly cleaned PCB, or a solder mask that is placed over the entire PCB board.) Figure 10.5 demonstrates that thickness deviations can change the bandwidth of the filter: Thicker than expected substrates will increase the bandwidth, while a thinner substrate will decrease the bandwidth. Lumped filters will show little noticeable effect with almost any modern substrate material, while distributed filters are very sensitive to dielectric constant, loss tangent, and thickness variations of the PCB s substrate.

Office of Administrative Hearings and Appeals, Notice of Decision November 10, 1998 Thom v New York Stock Exchange, 306 FSupp at 1010 Tobey v NLRB, 40 F3d 469, 471 473 (DC Cir 1994) US Constitution, Amendment XIV USC 552a(b) United States Postal Serv v National Ass n of Letter Carriers, 9 F3d 138, 144 (DC Cir 1993) United States v Dionisio, 410 US 1, 93 (1973) United States v Westinghouse, 638 F2d 570, 577 (3d Cir 1980) Utility Workers Union of America, at 136, 138 139 Section 606 of the Omnibus Diplomatic Security and Anti-Terrorism Act of 1986, codified as section 149 of the Atomic Energy Act of 1954, 42 USC 2169 (1986) 10 CFR 7357 implements the statute Vernonia Sch Dist 47J v Acton, 515 US 646, 652 (1995).

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Whalen v Roe, 429 US at 592 n6..

The prototypes for these macros are in <stdarg.h>. The va_arg( ), va_start( ), and va_end( ) macros work together to allow a variable number of arguments to be passed to a function. The most common example of a function that takes a variable number of arguments is printf( ). The type va_list is defined by <stdarg.h>. The general procedure for creating a function that can take a variable number of arguments is as follows: The function must have at least one known parameter, but can have more, prior to the variable parameter list. The rightmost known parameter is called the last_parm. The name of the last_parm is used as the second parameter in a call to va_start( ). Before any of the variable-length parameters can be accessed, the argument pointer argptr must be initialized through a call to va_start( ). After that, parameters are returned via calls to va_arg( ) with type being the type of the next parameter. Finally, once all the parameters have been read and prior to returning from the function, a call to va_end( ) must be made to ensure that the stack is properly restored. If va_end( ) is not called, a program crash is very likely.

In C#, the body associated with a for loop (or any other loop) can be empty. This is because an empty statement is syntactically valid. Bodyless loops are often useful. For example, the following program uses a bodyless loop to sum the numbers 1 through 5:

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