Probability Theory

Probability Theory

0%

1. Learn Basic Rules

It's time to dive deeper into the probability theory. Here we will learn basic formulas. The main idea of the section is to help to understand the term probability using real-life examples.

Random Variable

Bernoulli Trial 1/2

Bernoulli Trial 2/2

Binomial Probability 1/2

Binomial probability 2/2

2. Probabilities of Several Events

Here, we will get acquainted with the rules in probability theory. This section will be more complicated than the previous one. It will be attractive because we are going to work with the real challenges. But it should be noted that we learn some formulas.

Add Probabilities

Calculate Connected Probabilities

Multiply probabilities

Dependent probabilities

Law of Total Probability

3. Conducting Fascinating Experiments

Doing experiments is always funny, but here we will combine exciting tasks with programming learning. In this section, we will work with the binom object to conduct experiments in Python.

The First Experiment

The Second Experiment

The Third Experiment

Combine Your Knowledge

4. Discrete Distributions

Distribution is a key to probability learning, but don't be petrified by this term. This section provides you with real-life explanations and relevant formulas.

Discrete Uniform Distribution

Calculate Fascinating Probability

Bernoulli Distribution

Binomial Distribution

Poisson Distribution

5. Normal Distribution

The normal distribution is the most commonly used one. Here we will work with the distribution with the help of real-life challenges.

Normal Distribution

Challenge 1

Course Content

Probability Theory

Probability Theory

1. Learn Basic Rules

Random Variable Bernoulli Trial 1/2 Bernoulli Trial 2/2 Binomial Probability 1/2 Binomial probability 2/2

2. Probabilities of Several Events

Add Probabilities Calculate Connected Probabilities Challenge Multiply probabilities Dependent probabilities Law of Total Probability Bayes Theorem Challenge

3. Conducting Fascinating Experiments

The First Experiment The Second Experiment The Third Experiment Combine Your Knowledge

4. Discrete Distributions

Discrete Uniform Distribution Calculate Fascinating Probability Bernoulli Distribution Binomial Distribution Challenge Poisson Distribution Challenge

5. Normal Distribution

Normal Distribution Challenge 1 Сhallenge 2

Challenge 1

Here we are going to work with a distribution from the previous chapter!

Task

Please calculate the probability that your cat's weight will be exactly 5 kg. Compare it to the graph and the values of confidence intervals. Assume that for this distribution, we have such parameters:

Mean equals 4.2.
Stadard deviation equals 1.

Switch to desktop for real-world practiceContinue from where you are using one of the options below

Everything was clear?

Thanks for your feedback!

Section 5. Chapter 2

toggle bottom row

Challenge 1

Here we are going to work with a distribution from the previous chapter!

Task

Please calculate the probability that your cat's weight will be exactly 5 kg. Compare it to the graph and the values of confidence intervals. Assume that for this distribution, we have such parameters:

Mean equals 4.2.
Stadard deviation equals 1.

Switch to desktop for real-world practiceContinue from where you are using one of the options below

Everything was clear?

Thanks for your feedback!

Section 5. Chapter 2

toggle bottom row

Challenge 1

Here we are going to work with a distribution from the previous chapter!

Task

Please calculate the probability that your cat's weight will be exactly 5 kg. Compare it to the graph and the values of confidence intervals. Assume that for this distribution, we have such parameters:

Mean equals 4.2.
Stadard deviation equals 1.

Switch to desktop for real-world practiceContinue from where you are using one of the options below

Everything was clear?

Thanks for your feedback!

Here we are going to work with a distribution from the previous chapter!

Task

Please calculate the probability that your cat's weight will be exactly 5 kg. Compare it to the graph and the values of confidence intervals. Assume that for this distribution, we have such parameters:

Mean equals 4.2.
Stadard deviation equals 1.

Switch to desktop for real-world practiceContinue from where you are using one of the options below

Section 5. Chapter 2

Switch to desktop for real-world practiceContinue from where you are using one of the options below

some-alt