Author: Chris Kolmar

We used science and data to determine which neighborhoods in Wichita are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Washington are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Vancouver are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Tucson are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Toledo are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Tempe are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Tampa are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Syracuse are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Stockton are the cheapest of the cheap.

We used science and data to determine which neighborhoods in St. Paul are the cheapest of the cheap.

We used science and data to determine which neighborhoods in St. Louis are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Springfield are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Spokane are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Shreveport are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Seattle are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Santa Ana are the cheapest of the cheap.

We used science and data to determine which neighborhoods in San Jose are the cheapest of the cheap.

We used science and data to determine which neighborhoods in San Francisco are the cheapest of the cheap.

We used science and data to determine which neighborhoods in San Diego are the cheapest of the cheap.

We used science and data to determine which neighborhoods in San Bernardino are the cheapest of the cheap.

We used science and data to determine which neighborhoods in San Antonio are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Salt Lake City are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Sacramento are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Rochester are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Riverside are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Richmond are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Raleigh are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Providence are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Portland are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Pittsburgh are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Phoenix are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Philadelphia are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Orlando are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Oakland are the cheapest of the cheap.

We used science and data to determine which neighborhoods in Newark are the cheapest of the cheap.

We used science and data to determine which neighborhoods in New York are the cheapest of the cheap.

We used science and data to determine which neighborhoods in New Orleans are the cheapest of the cheap.