COVID-19 - Luxembourg - 20-03-30

Data from JHU, ca. 9:00 CET
absolutecases per 100.000 abs. development
1 day
rel. development
1 day
rel. development
5 days/average
Total infections 1950 317.641 119 6.5% 12.3%
Active cases 1889 307.705 116 6.5% 10.6%
Deaths 21 3.421 3 16.7% 19.8%
Recovered 406.51600.0%113.3%

Gives the time necessary to double the existing infections - to reach a million from the existing status, or to reach the population limit of the given group (which can well be below a million). This assumes the exponential growrate of the last day or average of the last five days continues - which it does not, as there will be saturation towards the maximum. Please take these calulations with two grains of salt. As long as there is turning point in sight the data may well hold, though.
Last days rate Last average rate
Time to double cases 11d 0h 5d 23h
Time to reach a million cases 99d 2h53d 18h
Time to saturate the population91d 8h 49d 14h

Deaths per infected 1.1%
Recovered per infected2.1%
Active per infected 96.9%
Deaths per recovered 52.5%

A ranking may taste a bit fishy, as this is not a competition between countries, but to compare the relative efficiency of measures taken, or for detecting which countries are likely to get critical next, this ranking imho deserves a place in this overview.
Total: 174Population 154
Total casesCases per 100.000Average grow rate (5 days)
Infected 28 4 93
Active 28 4 82
Deaths 39 9 39
Recovered 39 13 6
The ranking is made over all registered countries, including small or recent that are ommitted in the table on the front page - which may lead to minor discrepancies between both!

Total Cases

Cases per 100.000

Percentage development

Absolute development (first) with second derivative