The book "Determination of acceleration of free fall with the help of a physical pendulum: Methodical instructions for laboratory work for students" by Mikhasenko V. and . is an indispensable assistant for those who seek to understand the fundamental laws of physics and learn how to apply theoretical knowledge in practice. This book is a carefully designed guide that reveals the secrets of measuring gravitational acceleration with a classic tool - a physical pendulum, turning complex experiments into an exciting and accessible occupation. Mikhasenko V. and . In his work, he masterfully combines scientific rigor with clarity of presentation, making the material understandable even for beginner students. The book describes in detail all the stages of laboratory work: from the preparation of equipment and the choice of experimental conditions to the analysis of the obtained data and the calculation of the free fall acceleration value. The author is not limited to dry instructions, but immerses the reader in the fascinating world of experimental physics, talking about the principles of the pendulum, its properties and the intricacies of accurate measurements. Particular attention is paid to the method of minimizing errors and improving the accuracy of results, which makes the book a valuable tool for future engineers, physicists and teachers. This book is ideal for students of technical and natural sciences faculties, teachers of laboratory classes and anyone interested in experimental physics. The age range of readers - from beginning students to those who already have basic knowledge and want to improve their skills of conducting physical experiments Fans of accurate measurements, enthusiasts of science and those who are looking for practical methods for determining physical constants, will find in this book many useful tips and recommendations. The topics raised in "Defining Freefall Acceleration with a Physical Pendulum" go beyond just doing lab work. The author examines the theoretical foundations, explains why the pendulum is one of the most accurate tools for measuring gravitational acceleration, and shows how experimental data can be used to confirm fundamental physical laws. The book also discusses modern methods of improving measurement accuracy, the use of various types of pendulums and data processing methods, which makes it relevant for those engaged in scientific research. Style Mikhasenko V. and . It is distinguished by clarity and logical consistency, it is able to turn complex physical concepts into understandable and interesting stories. His other well-known works on laboratory practice and methods of conducting physical experiments confirm his reputation as a competent and experienced author. In "Determining the acceleration of free fall with the help of a physical pendulum" he creates not just a guide, but a full-fledged textbook that inspires independent research and the development of scientific thinking. If you are looking for a book that will help you not only understand how to measure gravity, but also develop the skills of experimental work, this book will be an excellent choice. It is suitable for those who appreciate accuracy, like to experiment and want to learn how to apply physical laws in real conditions. In it you will find not only practical instructions, but also inspiration for further research, which makes it worthy of the attention of everyone who seeks knowledge and professional growth in the field of physics.