User-Friendly Writing Part II by

mfriedm — 2026-06-12 15:48:30 UTC

mfriedm — 2026-06-12 16:17:29 UTC

Making their argument come across when their topic might be one of debate in their field.

2026-06-12 16:18:13 UTC

Usually the introduction but recently explaining the theoretical components of the framework I want to use for my research; without fully plagiarizing previous research.

2026-06-12 16:18:29 UTC

Making constant comparisons of data sets without using really redundant sentence structure. Also defining the variables and concisely explaining what values are significant or not

2026-06-12 16:18:41 UTC

Striking the balance between providing sufficient information or too much detail

2026-06-12 16:47:49 UTC

Bees experience flowers and habitats differently than humans do.

However, most public sculptures are designed mainly for human viewers, not for the needs of pollinators.

My project, Bee Vision, uses clay 3D printing to create a sculpture that makes hidden bee vision visible while also providing nesting spaces for native solitary bees

2026-06-12 16:51:35 UTC

Long-term trends in severe weather suggest an increase in frequency and damage in the Southeast United States over the past 20 years. Previous studies on storms in a future climate have focused specifically on environmental analysis or downscaling global climate models (GCM) using a grid scale too coarse to resolve convection. In this study, we use an environmental analysis of a GCM to simulate storms on a scale fine enough to resolve convection and review the hazardous features of storms in a future climate

2026-06-12 16:51:48 UTC

The properties of resultant fibers from electrospinning polymer DNDA 1088NT (LLPDE) depend on many factors, including sample conductivity, temperature, plate spacing, applied voltage, and ambient humidity (1-3). This paper focuses on better understanding how glow discharge impacts resulting fiber diameter and size from electrospinning. We investigate this relationship between glow and fibers by using long exposure images of glow discharge and Transmission Electron Microscopy (TEM) analysis.

2026-06-12 16:57:40 UTC

This planned research study looks at just-in-time teaching as it pertains to robotics competitions for 6th-grade through 12th-grade students. Currently, understanding how students assess each other is lost within the literature, as learning curricula are made with the input and feedback of adults and educators. The goal of this work is to utilize just-in-time teaching coupled with film review to understand how reflection shifts during these moments, and how film-based self-review influences students' awareness of their own problem-solving strategies during competition day.

2026-06-12 17:21:40 UTC

We found brighter off plate glow than on plate glow regardless of whether electrospinning was occurring or not. In our setup, more brightness was seen in the off plate than the on plate regions. Consequently, we correct for this in our analysis by comparing electrospinning glow brightness against a background of non-spinning glow background.

mfriedm — 2026-06-12 17:23:24 UTC

Survey results collected in the previous section were coded for each theme through grounded theory. These themes emphasized common experiences felt by survey participants, especially regarding X topic. These findings indicate that X topic was viewed negatively overall by participants.

2026-06-12 17:24:02 UTC

Figure 2 compares simulated storms during the winter season in the current and future climates. The simulation in the future environment has a greater area of 50 dBZ reflectivity values and swaths of higher updraft helicity near the gust front. The future storm has a higher potential to develop hazards such as damaging winds or hail, likely due to increased environmental energy.

2026-06-12 17:28:20 UTC

Original: A novel process-based methodology was implemented considering Levenberg-Marquardt algorithm to estimate erodibility parameters and a multi-start optimization and breaking point analysis to determine initial guesses.

Rewrite: In this study, a new methodology was developed to determine erodibility parameters based on field data, taking into account the optimization of initial parameters for nonlinear fitting.

2026-06-12 17:28:54 UTC

This study examines the relationships between environmental conditions and erodibility parameters. This is an area of research that has been extensively studied; however, given the high variability involved, there remains a need to simplify the application of erodibility parameters as values independent of environmental factors. The relationship between moisture content and erodibility parameters proved to be more relevant than the relationship between temperature and erodibility parameters and was soil-dependent; relationships were established for each soil type studied.