1,568 research outputs found
Nose gear steering system for vehicle with main skids Patent
Nose gear steering system for vehicles with main skids to provide directional stability after loss of aerodynamic contro
#LawHacks: Websites that You Wish You’d Known about Sooner Highly-useful Websites for Conducting Legal Research at the Local, State and National Levels
For many of us when conducting legal research typing a few random words or phrases into a search box yields results that are wholly unusable. It is helpful to have a collection of websites on hand where legal researchers can find reliable information quickly. Herein is a listing of websites that contain useful legal information at the local, state, and national level. This list is by no means exhaustive but, instead serves as a good starting place legal researchers developing a “go-to” collection of internet resources that you can use in your practice
How To Record Journal Entries Correctly For Bonds Issued At A Discount Or A Premium? Hint: Follow The Money
A factor that complicates the posting of the journal entries related to the issue of bonds is that the amount of money received by the issuing company may be different from the face value of the bond. If the bond stated rate is higher than the market interest rate at the time of issue of the bond, the company can sell the bond at a premium; on the other hand, if the stated rate is lower than the market interest rate, the company will be forced to sell the bond at a discount. Another complicating factor is that the issuing company has to make interest payments at regular time intervals throughout the life of the bond and a final payment on the date of the maturity of the bond. Many students of Accounting, especially at the undergraduate level, find the journal entries related to the treatment of bond discounts and premiums very confusing, since they are spread over many years, spanning the entire life of the bond, unlike the numerous other journal entries covering the annual operating activities of the company. In this paper, some hints and guidelines are provided with the goal of helping the studentsrecord the journal entries correctly when bonds are sold at a discount or a premium
Moral leniency towards belief-consistent disinformation may help explain its spread on social media
The spread of false and misleading information on social media is largely dependent on human action. Understanding the factors that lead social media users to amplify (or indeed intervene in) the spread of this content is an ongoing challenge. Prior research suggests that users are not only more likely to interact with misinformation that supports their ideology or their political beliefs, they may also feel it is more acceptable to spread. However, less is known about the influence of newer, issue-specific beliefs. Two online studies explored the relationship between the degree of belief-consistency of disinformation on users’ moral judgements and intentions to spread disinformation further. Four disinformation narratives were presented: disinformation that supported or undermined the UK Government’s handling of COVID-19, and disinformation that minimised or maximised the perceived risk of COVID-19. A novel scale for measuring intentions to contribute to the spread of social media content was also used in study 2. Participants reported greater likelihood of spreading false material that was consistent with their beliefs. More lenient moral judgements related to the degree of belief-consistency with disinformation, even when participants were aware the material was false or misleading. These moral judgements partially mediated the relationship between belief-consistency of content and intentions to spread it further on social media. While people are concerned about the spread of disinformation generally, they may evaluate belief-consistent disinformation differently from others in a way that permits them to spread it further. As social media platforms prioritise the ordering of feeds based on personal relevance, there is a risk that users could be being presented with disinformation that they are more tolerant of
Moral leniency towards belief-consistent disinformation may help explain its spread on social media
The spread of false and misleading information on social media is largely dependent on human action. Understanding the factors that lead social media users to amplify (or indeed intervene in) the spread of this content is an ongoing challenge. Prior research suggests that users are not only more likely to interact with misinformation that supports their ideology or their political beliefs, they may also feel it is more acceptable to spread. However, less is known about the influence of newer, issue-specific beliefs. Two online studies explored the relationship between the degree of belief-consistency of disinformation on users’ moral judgements and intentions to spread disinformation further. Four disinformation narratives were presented: disinformation that supported or undermined the UK Government’s handling of COVID-19, and disinformation that minimised or maximised the perceived risk of COVID-19. A novel scale for measuring intentions to contribute to the spread of social media content was also used in study 2. Participants reported greater likelihood of spreading false material that was consistent with their beliefs. More lenient moral judgements related to the degree of belief-consistency with disinformation, even when participants were aware the material was false or misleading. These moral judgements partially mediated the relationship between belief-consistency of content and intentions to spread it further on social media. While people are concerned about the spread of disinformation generally, they may evaluate belief-consistent disinformation differently from others in a way that permits them to spread it further. As social media platforms prioritise the ordering of feeds based on personal relevance, there is a risk that users could be being presented with disinformation that they are more tolerant of
Charts of Pressure, Density, and Temperature Changes at an Abrupt Increase in Cross-sectional Area of Flow of Compressible Air
Mathematical analysis of aircraft intercooler design
A mathematical analysis has been made to show the method of obtaining the dimensions of the intercooler that will use the least total power for a given set of design conditions. The results of this analysis have been used in a sample calculation and, on the basis of this calculation, a new inter cooler arrangement is suggested. Because the length of the two air passages of the new arrangement is short in comparison with the third dimension, the height of the intercooler, this intercooler arrangement has unusual dimensions. These dimensions give the proposed intercooler arrangement an advantage over one of usual dimensions because less total power will be consumed by the intercooler, the weight and volume of the intercooler will be smaller, and the pressure drop of both the engine air and the cooling air in passing through the intercooler will be lower
Experimental Investigation of Entrance-region Heat-transfer Coefficients
Experimental results of tests made at the Langley Memorial Aeronautical Laboratory are presented to show how heat-transfer coefficients can he increased by a method utilizing the high rate of heat transfer known to exist on any heat-transfer surface in the region adjacent to the edge on which the cooling or heating fluid impinges. The results show that, for the same pressure drop, the average surface heat-transfer.coefficient can be increased 50 to 100 percent when a cooling surface having a length of four inches in the direction of fluid flow is cut to form twenty fins with a length of 0.2 inch in the direction of fluid flow and the fins are sharpened and staggered in the air stream. The percentage of increase in the surface heat-transfer coefficient obtained as a result of shortening the length of the cooling surface varies with the pressure drop of the cooling fluid in passing the surface, the increase being largest when small pressure drop is used and smallest when high pressure drop is used
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