pwr_prop_1pop: Power and sample size for testing proportion.
In gilberto-sassi/power:

Description Usage Arguments Details Value Examples

pwr_prop_1pop computes the power and the sample size for testing proportion.

1 2	pwr_prop_1pop(p, p0, n = NULL, pwr = NULL, alternative = "two.sided", sig_level = 0.05)

`p`	populational proportion
`p0`	proportion under null hypothesis
`n`	number of observations (sample size)
`pwr`	power of test 1 + β (1 minus type II error probability)
`alternative`	a character string specifying the alternative hypothesis, must be one of "two.sided" (default), "greater" or "less"
`sig_level`	significance level (Type I error probability)

Exactly one of the parameters 'n' and 'pwr' must be passed as NULL, and that parameter is determined from the other. Notice that the last one has non-NULL default so NULL must be explicitly passed if you want to compute it.

This function computes internally the effect size, given the population proportion and proportion under null hypothesis. These parameters are required.

pwr_prop_1pop returns a list with the following components:

p: populational proportion
p0: proportion under null hypothesis
sig_level: significance level
power_sampleSize: A tibble with sample size n and power pwr

# Power
pwr_prop_1pop(sigma = 10, sigma0 = 20, n = 25, pwr = NULL,
alternative = "two.sided", sig_level = 0.05)
# Sample size
pwr_prop_1pop(sigma = 10, sigma0 = 20, n = NULL, pwr = 0.95,
alternative = "two.sided", sig_level = 0.05)