645,414 research outputs found

    Who Put the \u3ci\u3eQuo\u3c/i\u3e in Quid Pro Quo?: Why Courts Should Apply \u3ci\u3eMcDonnell\u3c/i\u3e ’s “Official Act” Definition Narrowly

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    Federal prosecutors have several tools at their disposal to bring criminal charges against state and local officials for their engagement in corrupt activity. Section 666 federal funds bribery and § 1951 Hobbs Act extortion, two such statuary tools, have coexisted for the past thirty-six years, during which time § 666 has seen an increasing share of total prosecutions while the Hobbs Act’s share of prosecutions has fallen commensurately. In the summer of 2016, the U.S. Supreme Court decided McDonnell v. United States—a decision that threatens to quicken the demise of Hobbs Act extortion in favor of § 666. If McDonnell is interpreted to apply to Hobbs Act extortion but not to § 666, we can expect the latter to become the unchallenged favorite of federal prosecutors as well as increased litigation over whether § 666 bribery contains a quid pro quo requirement. This is likely to occur given § 666’s coverage of the same corrupt behavior, expansive jurisdictional hook, and, following McDonnell, lower difficulty of proving violations within some circuits. To avoid this eventuality, lower courts should distinguish McDonnell because of its unique procedural posture and continue to apply the existing quid pro quo framework. Before meaningful change to our federal bribery statutes can take place, the courts of appeals must first find consensus over whether and when § 666 requires the government to prove the existence of a quid pro quo

    Young people and sunbed usage in Cheshire

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    Research reportThis report investigates the use of and attitudes towards sunbeds amongst 14 and 15 year olds in Cheshire through a questionnnaire which was distributed to 666 year 10 pupils in four Cheshire schools

    Test 1485: Hesston 666, 666 DT, 666 DT/L and 666/L Fiat Models (12-Speed)

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    EXPLANATION OF THE TEST PROCEDURE General Tractors are tested at the University of Nebraska according to the Agricultural Tractor Test Code approved by the American Society of Agricultural Engineers and the Society of Automotive Engineers or official Nebraska test procedure. The manufacturer selects the tractor to be tested and certifies that it is a stock model. Each tractor is equipped with the common power consuming accessories such as power steering, power lift pump, generator, etc., if available. Power consuming accessories may be disconnected only when the means for disconnecting can be reached from the operating station. An official representative of the company is present during the test to see that the tractor gives its optimum performance. Additional weight may be added to the tractor as ballast if the manufacturer recommends use of such ballast. The static tire loads and the tire inflation pressures must conform to the Tire Standards published by the ASAE and SAE. Preparation for Test The engine crankcase is drained and refilled with new oil conforming to specifications in the operator\u27s manual. The operator\u27s manual is also used as the guide for selecting the proper fuel and for routine lubrication and maintenance operations . The tractor is limbered up for 12 hours on the drawbar, using each gear with light to heavy loads during the limber-up period. Preliminary adjustment of the tractor is permitted at this time. Any parts added or replaced during the limber-up run, or any subsequent runs, are mentioned in the individual test reports. The tractor is equipped with approximately the amount of added ballast that is to be used during the drawbar runs. PTO Performance Power take-off performance runs are made by connecting the power take-off (or the belt pulley if no power take-off is available) to a dynamometer. During a preliminary power take-off run the manufacturer\u27s representative may make adjustment for the fuel, ignition or injection timing and governor control settings. These settings must be maintained for the remainder of the test. The manually operated governor control mechanism is set to provide the high-idle speed specified by the manufacturer. During the power take-off runs an ambient air temperature of approximately 75 0 F. is maintained. Maximum power is obtained at the rated engine speed specified by the manufacturer with the governor control lever set for maximum power. This same setting is used for all subsequent PTO runs. Time of the run is two hours. Whenever the power take-off speed during the maximum power run differs from the speeds set forth in the ASAE and SAE standards, an additional run is made at either 540 or 1000 rpm of the power take-off shaft. Time of this run is one hour. Drawbar Performance Maximum drawbar power is shown for the normal field speed selected by the manufacturer. All engine adjustments are the same as those used in the power take-off runs. If the manufacturer specifies a different rated engine speed for drawbar operations, then the position of the manually operated governor control is changed to provide the high-idle speed specified. Maximum drawbar power is determined within the following limits: (1) slip of the drivers must not exceed 15% for pneumatic tires on the concrete test course or 7% for steel cleats on the well packed earthen test course, (2) ground speeds must not exceed 15 miles per hour, (3) safe stability limits of the tractor must not be exceeded, (4) no other operating limit of the tractor must be exceeded. Drawbar load is applied until the manufacturer\u27s rated engine speed is obtained with maximum governor control lever setting. Travel speed, drawbar pull and other data are recorded over two 500-foot straight level areas. Fuel consumption is determined at the manufacturer\u27s selected travel speed with the drawbar pull set: (1) as near to the pull at maximum power as possible, (2) 75% of the pull at maximum power, (3) 50% of the pull at maximum power, and (4) maintaining the same load and travel speed as in (3) by shifting to a higher gear and reducing the engine rpm. This summary shows only the drawbar horsepower, corresponding travel speed and fuel consumption at 100%, 75% or 50% loads, and 50% of pull at reduced engine speed. The maximum drawbar pull, with ballast, and the corresponding drive-wheel slippage is also shown. The maximum drawbar horsepower and the corresponding speed and drawbar pull, up to 6 gears or travel speeds, are shown in the individual test reports. Sound Measurement Sound is recorded during each of the Varying Power and Fuel Consumption runs as the tractor travels on a straight section of the test course. The dB(A) sound level is obtained with the microphone located near the right ear of the operator. Bystander sound readings are taken with the microphone placed 25 feet from the line of travel of the tractor. An increase of 10 dB(A) win approximately double the loudness to the human ear

    Rational numbers with purely periodic β\beta-expansion

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    We study real numbers β\beta with the curious property that the β\beta-expansion of all sufficiently small positive rational numbers is purely periodic. It is known that such real numbers have to be Pisot numbers which are units of the number field they generate. We complete known results due to Akiyama to characterize algebraic numbers of degree 3 that enjoy this property. This extends results previously obtained in the case of degree 2 by Schmidt, Hama and Imahashi. Let γ(β)\gamma(\beta) denote the supremum of the real numbers cc in (0,1)(0,1) such that all positive rational numbers less than cc have a purely periodic β\beta-expansion. We prove that γ(β)\gamma(\beta) is irrational for a class of cubic Pisot units that contains the smallest Pisot number η\eta. This result is motivated by the observation of Akiyama and Scheicher that γ(η)=0.666666666086...\gamma(\eta)=0.666 666 666 086 ... is surprisingly close to 2/3

    Learning Technologist of the Year Award Brochure

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    Shacklefords Commercial Development Analysis

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    King and Queen County believes that economic development is crucial to ensuring a stable economy and high quality of life for residents of the county. With an out-commuting rate of 71% for the entire Middle Peninsula region, residents and businesses are spending their money outside of the region due to a lack of job opportunities and commercial development. However, the intersection of Route 33 and The Trail at Shacklefords within King and Queen County provides a major economic development opportunity for King and Queen County and the Middle Peninsula region. Through a one-semester research project, students in a VCU Commercial Revitalization course were invited by King and Queen County Administrator, Thomas Swartzwelder, to complete research on King and Queen County’s opportunity to attract the commuting traffic passing Shacklefords each day, as well as meet the desires of the community and the existing plans for this site. A VDOT Smart Scale funded development, currently in the design phase, will create a telecommuting center at the Shacklefords site, and relocate the offices of the Middle Peninsula Planning District Commission (PDC) to the same development. On a separate site at the same intersection, a privately established craft brewery site represents a convergence of new development that could spur additional commercial opportunities

    Baseline Survey on Nutritional and Health Status of Underfive Children at Poor Communities in DKI Jakarta, Tangerang, and Bogor Year 2004

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    The high prevalence of anemia and vitamin A deficiency among underfive children is related to their food intake and health status. The situation appeared worst after multiple crisis hit Indonesia in 1997/1998. To obtain factors affecting the nutritional status of children aged 1-5 years, a baseline study was conducted in DKI Jakarta, Bogor, and Tangerang in collaboration with UN-WFP. The sample size was 1337 underfive children consisting of 666 boys and 666 girls. The study showed that malnutrition among underfive children was still high which indicated the high prevalence of underweight and stunting, especially in Bogor District and Tangerang District. The micronutrient intake of vitamin A, iron, and zinc among underfive children were certainly below the Indonesian RDA. The level of poverty and the education of woman as well as husbands were two conditions that were obvious from all areas, mainly Tangerang District
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