library(leem)
uf <- c("PA", "MT", "RO", "AM", "MA", "AC", "TO", "RO", "AP")
uf |>
new_leem(variable = 1) # ou new_leem(variable = "discrete")
[1] "PA" "MT" "RO" "AM" "MA" "AC" "TO" "RO" "AP"
Aula 02 - Exercícios sobre Definições gerais da estatística e técnicas de somatório (Capítulo 1)
Usaremos Batista (2023):
leem
leem
leem
library(leem)
atot <- c(1245870, 903207.02, 237765.20, 1559167.89,
276419.84, 164123.96, 277466.76, 223644.53, 142470.76)
atot |>
new_leem(variable = 2) # ou new_leem(variable = "continuous")
[1] 1245870.0 903207.0 237765.2 1559167.9 276419.8 164124.0 277466.8
[8] 223644.5 142470.8
library(leem)
atot <- c(1245870, 903207.02, 237765.20, 1559167.89,
276419.84, 164123.96, 277466.76, 223644.53, 142470.76)
atotleem <- new_leem(atot, variable = 2) # ou new_leem(variable = "discrete")
atotleem
[1] 1245870.0 903207.0 237765.2 1559167.9 276419.8 164124.0 277466.8
[8] 223644.5 142470.8
[1] "leem"