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Against all odds: Inside Statistics, Unit 1, What is Statistics?
Statistics is the art and science of gathering, organizing, analyzing and drawing conclusions from data. And without rudimentary knowledge of how it works, people can't make informed judgments and evaluations of a wide variety of things encountered in daily life.
About this Series:
The new Against All Odds is in...
Statistics is the art and science of gathering, organizing, analyzing and drawing conclusions from data. And without rudimentary knowledge of how it works, people can't make informed judgments and evaluations of a wide variety of things encountered in daily life.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to present statistics in the context...
Statistics is the art and science of gathering, organizing, analyzing and drawing conclusions from data. And without rudimentary knowledge of how it works, people can't make informed judgments and evaluations of a wide variety of things encountered in daily life.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to present statistics in the context of its contemporary use. Host Dr. Pardis Sabeti guides viewers through the wide range of statistical applications used by scientists, business owners, and even Shakespeare scholars, in their work and daily lives.
Starting with descriptive statistics, the series continues through probability and inference. Each unit builds on preceding ones to expand students' statistical knowledge and solidify their understanding of how the concepts fit together. Statistical case studies range from finding patterns in lightning strikes, to linking DDT to the decline of peregrine falcons, to analyzing salaries to lobby for comparable pay for men and women.
Against All Odds takes you inside statistics!
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Against all odds: Inside Statistics, Unit 5, Boxplots
Using the example of hot dog calorie counts, we use boxplots to visualize the five-number summary and make comparisons between different types of frankfurters.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to pr...
Using the example of hot dog calorie counts, we use boxplots to visualize the five-number summary and make comparisons between different types of frankfurters.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to present statistics in the context of its contemporary use. Host Dr. Pardis Sabeti guides viewers through the wide range of statistical ap...
Using the example of hot dog calorie counts, we use boxplots to visualize the five-number summary and make comparisons between different types of frankfurters.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to present statistics in the context of its contemporary use. Host Dr. Pardis Sabeti guides viewers through the wide range of statistical applications used by scientists, business owners, and even Shakespeare scholars, in their work and daily lives.
Starting with descriptive statistics, the series continues through probability and inference. Each unit builds on preceding ones to expand students' statistical knowledge and solidify their understanding of how the concepts fit together. Statistical case studies range from finding patterns in lightning strikes, to linking DDT to the decline of peregrine falcons, to analyzing salaries to lobby for comparable pay for men and women.
Against All Odds takes you inside statistics!
Show more Show less
Against all odds: Inside Statistics, Unit 8, Normal Calculations
Visit the Boston Beanstalks club for tall people. Height is normally distributed and we can use membership cutoffs and population data to calculate z-scores.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to pres...
Visit the Boston Beanstalks club for tall people. Height is normally distributed and we can use membership cutoffs and population data to calculate z-scores.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to present statistics in the context of its contemporary use. Host Dr. Pardis Sabeti guides viewers through the wide range of statistical appl...
Visit the Boston Beanstalks club for tall people. Height is normally distributed and we can use membership cutoffs and population data to calculate z-scores.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to present statistics in the context of its contemporary use. Host Dr. Pardis Sabeti guides viewers through the wide range of statistical applications used by scientists, business owners, and even Shakespeare scholars, in their work and daily lives.
Starting with descriptive statistics, the series continues through probability and inference. Each unit builds on preceding ones to expand students' statistical knowledge and solidify their understanding of how the concepts fit together. Statistical case studies range from finding patterns in lightning strikes, to linking DDT to the decline of peregrine falcons, to analyzing salaries to lobby for comparable pay for men and women.
Against All Odds takes you inside statistics!
Show more Show less
Against all odds: Inside Statistics, Unit 12, Correlation
Twin studies track how similar identical and fraternal twins are on various characteristics, even if they don’t grow up together. Correlation lets researchers put a number on it.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples...
Twin studies track how similar identical and fraternal twins are on various characteristics, even if they don’t grow up together. Correlation lets researchers put a number on it.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to present statistics in the context of its contemporary use. Host Dr. Pardis Sabeti guides viewers through the wide rang...
Twin studies track how similar identical and fraternal twins are on various characteristics, even if they don’t grow up together. Correlation lets researchers put a number on it.
About this Series:
The new Against All Odds is intended as a one-year introduction to statistics. Made up of vivid real-world examples, our goal is to present statistics in the context of its contemporary use. Host Dr. Pardis Sabeti guides viewers through the wide range of statistical applications used by scientists, business owners, and even Shakespeare scholars, in their work and daily lives.
Starting with descriptive statistics, the series continues through probability and inference. Each unit builds on preceding ones to expand students' statistical knowledge and solidify their understanding of how the concepts fit together. Statistical case studies range from finding patterns in lightning strikes, to linking DDT to the decline of peregrine falcons, to analyzing salaries to lobby for comparable pay for men and women.
Against All Odds takes you inside statistics!
Show more Show less
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