【大学物理】剛体の力学入門②(重心の運動)/全6回【力学】

Watch until the end! If you have any questions about the video, please post them in the comments. A Q&A summarizing answers to previous questions is in the pinned comments. ---------------------------------------------------------------------------------------------------------------- Recommended reference books for more information on "Mechanics of Rigid Bodies" "Thinking Mechanics" https://amzn.to/2E8dBgZ →The second half covers the mechanics of rigid bodies. Written in a very easy-to-understand manner, this is a book I recommend for all types of mechanics. "Classical Mechanics (Vol. 1)" https://amzn.to/2uzhnjN →An incredibly famous book on mechanics written by Goldstein. Chapters 4 and 5 discuss rigid bodies. It's incredibly detailed. For those who want to get serious about it. ---------------------------------------------------------------------------------------------------------------- Recommended reference books for physics majors: "Modern Quantum Mechanics (Vol. 1)" https://amzn.to/2E1xndR →It was only after reading this book that I finally felt like I understood quantum mechanics. I'm so grateful... "Thermodynamics: A Modern Perspective" https://amzn.to/2pJrHA2 "Statistical Mechanics (1)" https://amzn.to/2GCp1ic "Statistical Mechanics (2)" https://amzn.to/2pO46OL →These three books completely changed my naive notion that physics is all about elementary particles. Thanks to them, I've now specialized in statistical physics. "Physics Guideposts" https://amzn.to/2pMS6gp →These books taught me about the incredibly cool life of a researcher. It inspired me to pursue a PhD and become a researcher. ---------------------------------------------------------------------------------------------------------------- On the "University Mathematics and Physics" channel, where you can learn in a cram school atmosphere, we upload video lessons for: ① University Course: University-level science subjects ② High School Course: Exam-level science subjects We also provide information for high school and university science students. For business inquiries, please contact us on our website (we also provide one-on-one instruction, including exam preparation). For collaboration requests, please contact us on our website (we welcome collaboration requests^^) For lecture requests, please leave them in the comments section of any video! Subscribe here (Let's continue enjoying our classes!)    / @yobinori   Official Website here (Easy to find the lecture you're looking for!) http://yobinori.jp/ Twitter here (Actively active!!)   / yobinori   Instagram here (See Takumi's daily life(?))   / yobinori   [Quote of the Day] Oxygen is delicious today too. ※The above link URL uses an Amazon Associates link.

[University Physics] Introduction to Mechanics of Rigid Bodies ③ (Rotational Motion) / Total 6 Le...
▶︎

[University Physics] Introduction to Mechanics of Rigid Bodies ③ (Rotational Motion) / Total 6 Le...

【大学物理】力学入門⑭(コリオリ力)【力学】
▶︎

【大学物理】力学入門⑭(コリオリ力)【力学】

Coding Challenge 180: Falling Sand
▶︎

Coding Challenge 180: Falling Sand

【大学物理】力学入門⑧(エネルギー保存則)【力学】
▶︎

【大学物理】力学入門⑧(エネルギー保存則)【力学】

[University Physics] Introduction to Rigid Body Mechanics ① (Characteristics and Appeal) / 6 Part...
▶︎

[University Physics] Introduction to Rigid Body Mechanics ① (Characteristics and Appeal) / 6 Part...

【大学物理】力学入門⑮(2粒子系の運動)【力学】
▶︎

【大学物理】力学入門⑮(2粒子系の運動)【力学】

【物理エンジン】できるだけ速く転がるには、どうすればいいか【慣性モーメント】
▶︎

【物理エンジン】できるだけ速く転がるには、どうすればいいか【慣性モーメント】

Lecture 1: Introduction to Superposition
▶︎

Lecture 1: Introduction to Superposition

[University Physics] Introduction to Mechanics 4 (Air Resistance, Simple Harmonic Motion) [Mechan...
▶︎

[University Physics] Introduction to Mechanics 4 (Air Resistance, Simple Harmonic Motion) [Mechan...

[Human Center of Gravity] "What is the center of gravity?" Its location and usage: What is the ce...
▶︎

[Human Center of Gravity] "What is the center of gravity?" Its location and usage: What is the ce...

慣性モーメントの計算法【力学】
▶︎

慣性モーメントの計算法【力学】

【成田悠輔が推薦の天才】シン量子力学!6歳にわかるように説明してみよう!【ReHacQvs野村泰紀】
▶︎

【成田悠輔が推薦の天才】シン量子力学!6歳にわかるように説明してみよう!【ReHacQvs野村泰紀】

99% of physics explained in 5 equations
▶︎

99% of physics explained in 5 equations

Kolumbien – Portugal Highlights | Gruppe K, FIFA WM 2026 | sportstudio
▶︎

Kolumbien – Portugal Highlights | Gruppe K, FIFA WM 2026 | sportstudio

40Hz Binaural Gamma Waves - Ultra Deep Concentration
▶︎

40Hz Binaural Gamma Waves - Ultra Deep Concentration

[University Physics] Introduction to Rigid Body Mechanics ④ (Definition of Moment of Inertia) / T...
▶︎

[University Physics] Introduction to Rigid Body Mechanics ④ (Definition of Moment of Inertia) / T...

【物理】力学 総まとめ Part1
▶︎

【物理】力学 総まとめ Part1

2 Bouncy Things. Zero bounce.
▶︎

2 Bouncy Things. Zero bounce.

【大学物理】力学入門⑬(慣性力)【力学】
▶︎

【大学物理】力学入門⑬(慣性力)【力学】