- Added exercise sheets for Bernoulli experiments including probability of success, failure, and simulation of multiple experiments.
- Added exercise sheets for calculating integrals using different methods such as rectangles, Simpson's rule, and the integrate function.
- Added exercise sheets for binomial distribution including probability calculations and cumulative probability.
- Added exercise sheets for calculating the cardinality of sets including unique elements and empty sets.
- Added examples for Bernoulli experiments including probability of success, failure, and simulation of multiple experiments.
- Added examples for calculating integrals using different methods such as rectangles, Simpson's rule, and the integrate function.
- Added examples for binomial distribution including probability calculations and cumulative probability.
- Added examples for calculating the cardinality of sets including unique elements and empty sets.
- Corrected the calculation of P(10 <= X <= 15) to use the correct interval length.
- Corrected the calculation of P(25 <= X <= 30) to use the correct interval length.
- Corrected the calculation of P(0 < X < 5) to use the correct interval length.
- Corrected the calculation of P(15 < X < 20) to use the correct interval length.
- Added code to calculate the probability that a user waits less than five minutes for the next bus.
- Added code to calculate the probability that a user waits more than ten minutes for the next bus.
- Corrected the function definition `fonction_esperance` to use `f(x)`
instead of `(1 - x)^4`.
- Added code to calculate the integral using the
rectangle method.
- Added code to plot the graph of the rectangle method
for the integral.
