#pilot study

Participant 14 I relate to you so much

People with a Master of Legal Studies (MLS) degree have options if they want to continue their legal education but may not want to go to law school to practice law.

Employees with a Doctor of Science of Law (JSD or SJD) degree will help companies who want to steer clear of any legal problems. They can guide organizations to comply with applicable laws and regulations. They would most likely liaise with legal experts. This way they too get to expand their knowledge base.

Let's know if studying Doctor of Science of Law (JSD or SJD) is worth it.

1 - Organizing Techniques

Examples of organizational skills are planning your time effectively, finishing tasks on time, dividing large projects into smaller ones, and successfully managing several projects at once. In a Master of Legal Studies (MLS) programme, you will practise all these abilities by turning in assignments on time and enrolling in several courses.

Organizational skills are essential for any career in the legal sector because legal issues are frequently complex. Your employer might ask you to handle numerous documents, work on several things at once, or keep track of changes to existing laws. You must prove that you are capable of handling the workload.

2 - Decision-Making and Critical Thinking

Critical thinking and decision-making go hand in hand; both are essential for dealing with legal issues. Your master's coursework in legal studies will ask you to analyze legal theories and apply them to actual or hypothetical situations, which will help you develop your critical thinking skills.

For instance, in contract law, you'll examine the fundamental concepts of contractual agreements and how they've changed over time before applying them to contemporary contract law.

3 - Resource Networks

While most of your Master of Legal Studies (MLS) coursework will be technical and emphasize writing and research skills, "soft" skills like empathy and perseverance are also critical to success in your chosen field. For current students, most schools provide networking opportunities.

Networking aims to connect you with a broad range of people in the industry. You might find learning resources and employment opportunities through these connections.

Conclusion

You can rise above your competition and position yourself for success and respect for the rest of your life by earning Doctor of Science of Law (JSD or SJD).

So we're getting a ton of results that we weren't expecting, so we're trying out a different task and this one only takes 2-3 minutes! The joys of research!

If you've taken part in my previous pilots, sorry but please don't take part in this one. Please help me save my phd <3

Hi everyone! I'm looking for native English speakers (of all kinds) to help pilot a task. It takes about 10-15 minutes and needs to be done on a computer but would be AMAZINGLY helpful if you could give it a whirl <3 (that link looks so damn sketchy)

I’m part of a research team that is conducting a small pilot survey about people’s experiences with online donation posts and we would love to get your thoughts! The survey is anonymous and shouldn’t take more than 10 minutes to complete!l. Your responses will be used to help design a larger experimental study.

Here’s the link: https://iu.co1.qualtrics.com/jfe/form/SV_2gzkg4C4snrDtS6

Also, if you can, please boost this! We want to get as many responses as possible!

Methodology for Testing the Influence of Buoyancy and Hydrodynamics on Swim Performance with and without a Wetsuit by Christopher R Harnish* in Research & Investigations in Sports Medicine_Swim Performance

Abstract

Purpose: The purpose of this pilot study was to develop test methodology that would allow for an estimation of the relative contributions of buoyancy and hydrodynamics on swim performance.

Methods: One trained swimmer completed three familiarization trials followed by eighteen randomized swim sessions where each condition no wetsuit (NS), low buoyancy wetsuit (LBW), high buoyancy wetsuit (HBW), NS plus pull buoy (NSB), and HBW matched to buoy buoyancy (HBW+) were tested four times each. Buoyancy for all conditions was measured via hydrostatic weighing system. All data are presented as means+SD and change scores (95% CI).

Results: Coefficients of variations with each condition were about 2%. DB decreased by 2.29% for LBW, 2.80% for HBW, 1.93% for NSB, and 1.96% for HBW+, which resulted in an increase in buoyancy lift force. LBW and HBW improved 800-yd swim times over NS -70.6 (-86.2, -55.0) sec, and -69.1 (-84.0, -54.3) sec, respectively. Swim times for 100-yd were also similar between LBW, -9.4 (-10.7, -8.1) sec, and HBW, -7.9 (-11.4, -4.5) sec. Neither stroke rate nor total strokes differed between LBW and HBW, though both appeared significantly lower than NS. In HBW+ trials, the difference in 800- yd and 100-yd times between NSB and NS was -25.2 (-60.3, 10.0) and -1.7 (-19.6, -16.3), respectively, while HBW+ vs NSB 800-yd and 100-yd time differences were -26.6 (-28.3, -24.9) and -5.7 (18.9, 7.5).

Conclusion: The outlined protocol can produce reliable results. These data support earlier assertions that buoyancy may reach a point of diminishing returns, and also indicate that wetsuit hydrodynamics play larger role in swim performance as velocity increases. The protocol outlined could aid in optimal wetsuit design without the need for advanced testing equipment.

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