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Comitatus tribunal in [[ ]] Comitatus collocatio in Texia Milam Comitatus (Anglice: Milam County ) est Texiae comitatus in Civitatibus Foederatis Americae 24238 incolarum (anno 2000). Comitatus, cuius caput est urbs Cameron , anno 1836 creatus est. In hoc comitatu sexta pars incolarum (accurate 18.6 %) oriunda e America Latina est et haud Anglice domu (17.3 %) loquitur. Nexus externi | Vicimedia Communia plura habent quae ad Milam Comitatum spectant. De hoc comitatu in censu anno 2000 .mw-parser-output .stipula{padding:3px;background:#F7F8FF;border:1px solid grey;margin:auto}.mw-parser-output .stipula td.cell1{background:transparent;color:white} Haec stipula ad geographiam spectat. Amplifica , si potes! Texiae comitatus ( counties ) Anderson | Andrews | Angelina | Aransas | Archer | Armstrong | Atascosa | Austin | Bailey | Bandera | Bastrop | Baylor | Bee | Bell | Bexar | Blanco | Borden | Bosque | Bowie | Brazoria |

0 $begingroup$ I'm trying to find papers or just performance data on classifying simple geometric shapes, e.g. the first six convex regular polygons. The input data is computer graphics generated, producing high contrast, clean images of convex regular polygons in various scales and orientations. One polygon per image. There is no limit, other than reasonable CPU time, on number of training images used. Testing is also done on randomly generated CG images. Regular polygons are just an example. You can add circles, ellipses, non-regular polygons, etc. Basically any simple geometric shape, which a competent elementary school student can easily classify with 100% accuracy. deep-learning image-classification

Comitatus collocatio in Texia Midland Comitatus (Anglice: Midland County ) est Texiae comitatus in Civitatibus Foederatis Americae 116009 incolarum (anno 2000). Comitatus, cuius caput est urbicula Midland , anno 1885 creatus est. In hoc comitatu tertia pars incolarum (29 %) oriunda e America Latina est. Nexus externus | Vicimedia Communia plura habent quae ad Midland Comitatum spectant. De hoc comitatu in censu anno 2000 .mw-parser-output .stipula{padding:3px;background:#F7F8FF;border:1px solid grey;margin:auto}.mw-parser-output .stipula td.cell1{background:transparent;color:white} Haec stipula ad geographiam spectat. Amplifica , si potes! Texiae comitatus ( counties ) Anderson | Andrews | Angelina | Aransas | Archer | Armstrong | Atascosa | Austin | Bailey | Bandera | Bastrop | Baylor | Bee | Bell | Bexar | Blanco | Borden | Bosque | Bowie | Brazoria | Brazos | Brewster | Briscoe | Brooks | Brown | Burleson | Burn

2 $begingroup$ The vacuum of space is incredibly powerful 1 X 10 ^-17 torr I’m editing my question to reflect the vacuum between the earth and the moon 1 X 10 ^-11 torr How can such a vacuum in close proximity to the earth coexist with the open system of earth’s atmosphere whereby debris from space can enter in? Apparently according to uhoh the vacuum of space has a gradient. I wonder how that proports to the second law of thermodynamics. https://www.raclub.org/Documents/Programs/VACUUM.pdf https://web.pa.msu.edu/courses/2014fall/PHY451/Lectures/Vacuum.pdf cosmology atmosphere space vacuum share | improve this question edited 11 mins ago