{
	"binomial-intro": "Now we will switch to asking a Yes/No question about a population. We are interested in estimating the true population proportion <1 /> of \"Yes\" answers (for example, what proportion of the population has blue eyes?). We can take a sample of size <3 />, find how many observations in our sample are a \"Yes\" (X), and then estimate the true proportion <5 /> with <7 />. Then <9 />. Our confidence interval is then <11 />",
	"binomial-intro-end": "For our choice of sample size (n), true proportion  <1 />, and confidence level, we will simulate <3 /> different samples from our normal distribution and calculate the corresponding sample proportions and confidence intervals.",
	"capture-true-proportion": "Of the 20 confidence intervals, {{nTrapped}} capture the true proportion",
	"change-parameters": "Change parameters",
	"clear": "Clear",
	"click-pop-proportion": "Click to use population proportion",
	"click-pop-stdev": "Click to use population standard deviation",
	"click-sample-proportion": "Click to use sample proportion",
	"click-sample-stdev": "Click to use sample standard deviation",
	"confidence-interval-coverage": "Confidence Interval Coverage for Sample Proportion",
	"confidence-interval-coverage-mean": "Confidence Interval Coverage for Sample Mean",
	"confidence-intervals": "Confidence Intervals",
	"confidence-intervals-for": "Confidence Intervals for",
	"confidence-level": "Confidence level",
	"coverage": "coverage",
	"covering-population": "Covering population",
	"draw-samples": "Draw {{n}} Samples",
	"interval-above-population": "Interval above population center",
	"interval-below-population": "Interval below population center",
	"mean": "Mean",
	"normal-intro": "Our confidence interval is then",
	"normal-intro-end": "For our choice of sample size (n), <1 >, <3 />, and confidence level, we will simulate 20 different samples from our normal distribution and calculate the corresponding sample means and confidence intervals.",
	"number-of-confidence-intervals": "Number of confidence intervals not covering the population {{center}}: ",
	"number-of-confidence-intervals-of": "Number of confidence intervals covering the population {{center}} of",
	"parameters": "Parameters",
	"please-sample": "Please sample from either a numeric variable or a categorical variable with two categories.",
	"sample-size": "Sample size ",
	"select-variable": "Select a variable",
	"standard-deviation": "Standard Deviation",
	"statistics": "Statistics",
	"then": "Then ",
	"true-proportion": "True proportion"
}