Reviews
You can easily understand physics.
It was a hard-to-do-the-art physics, and after looking at it, we find traces of curiosity about what is happening and why. It's interesting to try to interpret and experiment with why it's important and why it happens before we just memorize some formula.
Miyuki Tanaka et al.: Physics Stories Told by a Physicist
Learn from the past, live for today. And hope tomorrow. The most important thing is to keep asking questions. [Albert Einstein] A total of 13 topics have been published in a vast physical book that can meet 45 people with great physicists: mechanics, atmospheric pressure and vacuum, temperature, heat, sound, current, radiation, quantum mechanics, atoms, self and electricity, and particles. From Aristotle to modern physicists, the subject of the subject introduced a large scientist and analyzed how his work was affected by his work and his future. Why couldn't Decart be called a scientist? Describe the motion of the celestial bodies as "manpower"? The university was closed and the Man-Man-Aust was found? What's the difference between universal and gravitational forces? How did thermodynamics develop? Is the light a particle? Or are they waves? What is the electric reflection that all light reflects? Can you hear it in vacuum? What's the difference between static and magnets? The blackouts have already been recorded by Greek philosopher Thales, who rubbed amber and saw the tiny object attaching to amber. Meanwhile, the magnets were also known in Greece and ancient China as pulling iron. But it was not until the sixteenth century that we studied the properties and the laws of these ‘ pulling forces. ’. In the 18th century, there was a Leiden disease that could collect a large electrostatic device, and by the late 18th Century, electricity and its interaction with each other were used in various areas, including lighting, motors and generators.
Korean title: 물리학자가 들려주는 물리학 이야기
Korean author: 다나카 미유키 외
Korean publisher: 동아엠앤비
ISBN-13: 9791163635659
Reviews
You can easily understand physics.
It was a hard-to-do-the-art physics, and after looking at it, we find traces of curiosity about what is happening and why. It's interesting to try to interpret and experiment with why it's important and why it happens before we just memorize some formula.












