Challenge 4: Confidence Intervals
In the realm of statistics, confidence intervals provide a range within which a population parameter is likely to fall. They offer a degree of certainty around a sample statistic. For example, if you survey a group of people about their height, and compute an average height of 170 cm with a 95% confidence interval of (168 cm, 172 cm), this suggests that you're 95% confident that this range would cover the real height of the entire population.
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In this exercise, leveraging a random sample data set, you'll:
- Compute the sample mean and the standard error.
- Determine the 95% confidence interval for the mean of the sample data.
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Completion rate improved to 2.33Challenge 4: Confidence Intervals
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In the realm of statistics, confidence intervals provide a range within which a population parameter is likely to fall. They offer a degree of certainty around a sample statistic. For example, if you survey a group of people about their height, and compute an average height of 170 cm with a 95% confidence interval of (168 cm, 172 cm), this suggests that you're 95% confident that this range would cover the real height of the entire population.
Swipe to start coding
In this exercise, leveraging a random sample data set, you'll:
- Compute the sample mean and the standard error.
- Determine the 95% confidence interval for the mean of the sample data.
Ratkaisu
Vaihda työpöytään todellista harjoitusta vartenJatka siitä, missä olet käyttämällä jotakin alla olevista vaihtoehdoistaKiitos palautteestasi!
Awesome!
Completion rate improved to 2.33single
