Topic — Probabilita.
Featured in chapters
35
Linked atoms
94 linked atoms.
35 Probabilità avanzata
- A line of boys and girls
- A lottery as a random variable
- A variant of odds or evens
- Anagrams of PRECIPITEVOLISSIMEVOLMENTE
- At least one head in four tosses
- At least one head in three tosses
- Bar chart and histogram
- Bayes’ theorem
- Bernoulli scheme
- Bertrand’s Paradox
- Bicycle or scooter
- Box plot
- Complement and union of events
- Conditional probability
- Contingency table
- Correlation between events
- Defective items in a batch
- Diagnostic test with a 10 percent prevalence
- Die with winnings and losses
- Dominant and dominated strategy
- Essential solutions — further-study exercises
- Event and sample space
- Example — At least one jack
- Example — Biased coin
- Example — Cross-country race
- Example — Driving test
- Example — Epidemiological test
- Example — Fair lottery and risk neutrality
- Example — Five-number win at the lottery
- Example — Influenza vaccine
- Example — Lethality of a virus
- Example — Lottery against a sure alternative
- Example — Odds and the house margin
- Example — Odds or evens
- Example — Prisoner’s dilemma
- Example — Robbery and law enforcement
- Example — Safe
- Example — Strega and Gigante
- Example — Target
- Example — Working out the odds to set
- Expected value
- Fair game
- Favourable cases over possible cases
- Five-card hands out of 32
- Formula of the binomial distribution
- Four-letter passwords
- Four-region Venn diagram
- Frequency table
- Frequentist and subjectivist approach
- Guided example — Drug trial
- Guided example — School of 1024 students
- History — Pascal, Fermat and the problem of points
- Hypothesis testing and p-value
- Ice-cream tubs with repetition
- Independent or mutually exclusive
- Kolmogorov’s axioms
- Lottery and risk aversion
- Matrix with a dominant strategy
- Measures of location and dispersion
- Mixed strategy
- Monty Hall paradox
- Mutually exclusive and independent events
- Nash equilibrium
- Odds of 2,5 to 1 and the margin
- Overweight person and sport (Bayes)
- Partition of the sample space
- Payoff matrix
- Pie chart
- Precision with a 2 percent prevalence
- Prepared student and correct answer
- Problem — Bertrand’s three answers
- Problem — Confidence interval for light bulbs
- Problem — Margin of error and representativeness
- Problem — Mean, median, variance, standard deviation
- Problem — Monty Fall variant
- Problem — Sample size for a 1 percent error
- Problem — Simulating Monty Hall with a die
- Problem — The paradox of the two children born on a Tuesday
- Product formula
- Rock-paper-scissors, mixed equilibrium
- Sensitivity, specificity, precision
- Standard error and confidence intervals
- Sum at least 9 with the first die even
- The six conversions
- The two children paradox
- Three green balls without replacement
- Total probability theorem
- Tree diagram
- Tree inversion
- Two red balls without replacement
- Two sixes in six rolls
- Vaccinated and ill
- Venn, table and tree: three perspectives
- Which chart to choose