## Basics > Probability

Functions used with the Probability Calculator and the Central Limit Theorem simulator

clt()

Central Limit Theorem simulation

plot(<clt>)

Plot method for the Central Limit Theorem simulation

prob_binom()

Probability calculator for the binomial distribution

summary(<prob_binom>)

Summary method for the probability calculator (binomial)

plot(<prob_binom>)

Plot method for the probability calculator (binomial)

prob_chisq()

Probability calculator for the chi-squared distribution

summary(<prob_chisq>)

Summary method for the probability calculator (Chi-squared distribution)

plot(<prob_chisq>)

Plot method for the probability calculator (Chi-squared distribution)

prob_disc()

Probability calculator for a discrete distribution

summary(<prob_disc>)

Summary method for the probability calculator (discrete)

plot(<prob_disc>)

Plot method for the probability calculator (discrete)

prob_expo()

Probability calculator for the exponential distribution

summary(<prob_expo>)

Summary method for the probability calculator (exponential)

plot(<prob_expo>)

Plot method for the probability calculator (Exponential distribution)

prob_fdist()

Probability calculator for the F-distribution

summary(<prob_fdist>)

Summary method for the probability calculator (F-distribution)

plot(<prob_fdist>)

Plot method for the probability calculator (F-distribution)

prob_lnorm()

Probability calculator for the log normal distribution

summary(<prob_lnorm>)

Summary method for the probability calculator (log normal)

plot(<prob_lnorm>)

Plot method for the probability calculator (log normal)

prob_norm()

Probability calculator for the normal distribution

summary(<prob_norm>)

Summary method for the probability calculator (normal)

plot(<prob_norm>)

Plot method for the probability calculator (normal)

prob_pois()

Probability calculator for the poisson distribution

summary(<prob_pois>)

Summary method for the probability calculator (poisson)

plot(<prob_pois>)

Plot method for the probability calculator (poisson)

prob_tdist()

Probability calculator for the t-distribution

summary(<prob_tdist>)

Summary method for the probability calculator (t-distribution)

plot(<prob_tdist>)

Plot method for the probability calculator (t-distribution)

prob_unif()

Probability calculator for the uniform distribution

summary(<prob_unif>)

Summary method for the probability calculator (uniform)

plot(<prob_unif>)

Plot method for the probability calculator (uniform)

## Basics > Means

Functions used with Basics > Means

single_mean()

Compare a sample mean to a population mean

summary(<single_mean>)

Summary method for the single_mean function

plot(<single_mean>)

Plot method for the single_mean function

compare_means()

Compare sample means

summary(<compare_means>)

Summary method for the compare_means function

plot(<compare_means>)

Plot method for the compare_means function

## Basics > Proportions

Functions used with Basics > Proportions

single_prop()

Compare a sample proportion to a population proportion

summary(<single_prop>)

Summary method for the single_prop function

plot(<single_prop>)

Plot method for the single_prop function

compare_props()

Compare sample proportions across groups

summary(<compare_props>)

Summary method for the compare_props function

plot(<compare_props>)

Plot method for the compare_props function

## Basics > Tables

Functions used with Basics > Tables

goodness()

Evaluate if sample data for a categorical variable is consistent with a hypothesized distribution

summary(<goodness>)

Summary method for the goodness function

plot(<goodness>)

Plot method for the goodness function

cross_tabs()

Evaluate associations between categorical variables

summary(<cross_tabs>)

Summary method for the cross_tabs function

plot(<cross_tabs>)

Plot method for the cross_tabs function

correlation()

Calculate correlations for two or more variables

summary(<correlation>)

Summary method for the correlation function

plot(<correlation>)

Plot method for the correlation function

print(<rcorr>)

Print method for the correlation function

## Data sets

consider

Car brand consideration

demand_uk

Demand in the UK

newspaper

salary

Salaries for Professors

Functions used to start the radiant.basics shiny app

radiant.basics()

radiant.basics_viewer()

Launch radiant.basics in the Rstudio viewer

radiant.basics_window()

Launch radiant.basics in an Rstudio window