STATISTICS IN TASKS PART 2 - COLLECTIVE WORK

Discover the fascinating world of statistics with the second part of the task collection, ideal for students, researchers, and anyone interested in data analysis. This collective work, published by PWN, is an invaluable source of knowledge and practical skills. Dive into statistical methods and learn to detect regularities in the structure of mass phenomena, their interdependencies in time and space, and dynamics.

• Complete task collection from the field of mathematical and descriptive statistics
• Practical application of statistical methods in various fields
• Detailed discussion of the structure, interdependencies, and dynamics of mass phenomena
• PWN Publishing House guarantees high quality and reliability
• Ideal tool for students, researchers, and data analysts
• Clear structure facilitates learning and solving tasks

Wydawnictwo Naukowe PWN is a renowned institution that has been providing high-quality scientific and educational publications for years. Their books are valued for their reliability, timeliness, and accessible language. PWN is synonymous with knowledge and professionalism, which is also confirmed by this task collection from the field of statistics.

This task collection is an excellent tool for anyone who wants to deepen their knowledge in the field of statistics. Whether you are a student, researcher, or simply a person interested in data analysis, this book will help you understand and apply statistical methods in practice. With it, you will learn to detect regularities in mass phenomena and make better decisions based on data.

Statistics in tasks is not just a collection of dry facts and formulas. It is primarily a practical tool that allows you to understand the world around us. With this book, you will learn to analyze data, draw conclusions, and make better decisions. It is an investment in your knowledge and skills that will bring benefits in many areas of life.

The book consists of two parts: Descriptive Statistics and Mathematical Statistics. It presents statistical methods used to detect regularities in the structure of mass phenomena, interdependencies of mass phenomena in time, space, and dynamics. Format 165x241 mm, paperback, 352 pages.