Russia;Moscow;12655050;8.7%;2021 Indonesia;Jakarta;10562088;3.9%;2020 Egypt;Cairo;10107125;9.3%;2022 South Korea;Seoul;9508451;18.3%;2022 Mexico;Mexico City;9209944;7.3%;2020 United Kingdom;London;9002488;13 Ababa;3040740;2.5%;2012 Kuwait;Kuwait City;2989000;70.3%;2018 Guatemala;Guatemala City;2934841;16.7%;2020 South Africa;Pretoria;2921488;4.9%;2011 Ukraine;Kyiv;2920873;6.7%;2021 Argentina;Buenos Aires;2891082;6 Salvador;570459;9.0%;2019 Albania;Tirana;557422;19.5%;2011 North Macedonia;Skopje;544086;25.9%;2015 South Sudan;Juba;525953;4.9%;2017 Paraguay;Asunción;521559;7.8%;2020 (continues on next page) 14.8. How

This is done by shuffling rectangle corners. After this, the bottom right corner will indeed be south- eastern to the top left one. See Rect for a more details. top_left tl Equals Point(x0, y0). Type: classification: A rectangle is called finite if x0 <= x1 and y0 <= y1 (i.e. the bottom right point is “south-eastern” to the top left one), otherwise infinite. Of the four alternatives above, only one is finite shuffling the rectangle corners. After completion of this method, the bottom right corner will indeed be south-eastern to the top left one. irect Equals result of method round(). top_left tl Equals Point(x0