Selected article for: "case rate and nonlinear regression"

Author: Michael Triplett
Title: Evidence that higher temperatures are associated with lower incidence of COVID-19 in pandemic state, cumulative cases reported up to March 27, 2020
  • Document date: 2020_4_6
  • ID: g26to20g_11
    Snippet: Case Rate by Temperature = (0.0002166 -7.03186e-006 Temperature) / (1 -0.0930346 Temperature + 0.00495066 * Temperature^2) R 2 = 93.78% Table 3 : Summary of nonlinear regression results. R 2 of 93.78% shows that the model can explain the majority of binned variance......
    Document: Case Rate by Temperature = (0.0002166 -7.03186e-006 Temperature) / (1 -0.0930346 Temperature + 0.00495066 * Temperature^2) R 2 = 93.78% Table 3 : Summary of nonlinear regression results. R 2 of 93.78% shows that the model can explain the majority of binned variance.

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