Hello, I'm trying to figure out how to calculate margins of error on counts in R. So far I've had no luck. I'm hoping that there's an R package out there that will make this a bit easier, but I've not seen anything as yet.
At the moment…
I know it's been four months, but I'm just getting back to this topic in the past week. I successfully used your PUMS suggestion, and the results suggest that the Yost index of SES is fairly stable for large areas, as I expected. Calculating MOEs for…
Location quotients are used to quickly explain the concentration of something in a small area compared with the whole.
I'd like to use these statistics to compare the concentration of various immigrant groups in a metro with the country overall. The basic…
Thank you for allowing me to be a part of this user group!
I am currently trying to calculate margin of error on a metric which is an aggregate of variables from ACS base tables, data profile tables, and subject tables. I am hoping to use the Variance…
Dear community,
I am looking for guidance on calculating a percent of a margin or error. My work involves analyzing potential population risk to flooding, where I geospatially overlay block groups with flood zones in ArcGIS. If, for example, a block group…
I am a relatively new user of PUMS data. I use the 2016 1 year estimate PUMS population data, subset it to a dataset include the individual data for a county within the age group of my interest (ffx). Then I need to calculate the population estimate of…
I am working on a project in which we wish to calculate population changes over time in different types of neighborhoods. We began by classifying each census tract in the U.S. as urban, suburban, or rural. We next needed to calculate the total population…
They're estimates with ~10% margins of error.
Margins of error (MOE) are provided for every American Community Survey (ACS) estimate. In this webinar, we will explain MOEs, and why they are important. The webinar also will cover how to use MOEs for statistical testing, a demonstration of the statistical…