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力学は、力がつりあっている時の物体の平衡と力が働いている時の物体の運動を扱います。その基礎となるのが、ニュートンの運動の３法則です。この法則は、個々の粒子や天体、そして非常に複雑な相互作用まで様々な現象を非常に正確に予測するために使用することができます。また、他の物理学の科目を学ぶための基礎ともなっています。この講義は、生命系への適用も視野に、そのような力学の流れを学ぶことを目的としています。課題ごとにデモンストレーションを行い，視覚・感覚的にも理解できるようにします。
Mechanics deals with the equilibrium of an object when forces are balanced and the motion of an object when forces are exerted. The basis of the mechanics is Newton's three laws of motion. This law can be used to predict very accurately various phenomena, from individual particles and celestial bodies to even the most complex interactions. It is also the basis for studying other subject of physics. The purpose of this lecture is to learn the mechanics with a view to applying it to life systems. A demonstration will be given for each subject so that students can understand it visually and intuitively.
力学は、力がつりあっている時の物体の平衡と力が働いている時の物体の運動を扱います。その基礎となるのが、ニュートンの運動の３法則です。この法則は、個々の粒子や天体、そして非常に複雑な相互作用まで様々な現象を非常に正確に予測するために使用することができます。また、他の物理学の科目を学ぶための基礎ともなっています。この講義は、生命系への適用も視野に、そのような力学の流れを学ぶことを目的としています。課題ごとにデモンストレーションを行い，視覚・感覚的にも理解できるようにします。
Mechanics deals with the equilibrium of an object when forces are balanced and the motion of an object when forces are exerted. The basis of the mechanics is Newton's three laws of motion. This law can be used to predict very accurately various phenomena, from individual particles and celestial bodies to even the most complex interactions. It is also the basis for studying other subject of physics. The purpose of this lecture is to learn the mechanics with a view to applying it to life systems. A demonstration will be given for each subject so that students can understand it visually and intuitively.
物理学の基礎である力学について基本的知識の獲得と問題解決法の習得をめざし、物理学的なものの見方に慣れるようにする。ここでは質点および剛体の力学を学習して物体の運動に関する基本的な原理や法則を知り、物理学の理解を深め、問題解決の能力をみがく。解析に必要となる数学的な能力をみがく。
Acquisition of basic knowledge of classical mechanics as the fundamental physics, obtaining skills of solving problems, and thereby getting familiar with the way of thinking in physics are the purposes of the course. Specifically, students will learn mechanics of particles and rigid bodies, through which knowledge of the basic principles and laws on the motion of bodies will be gained, with deeper insight into physics and skills for problem solving being obtained. Skills for mathematical analysis are also developed.
物理学の基礎である力学について基本的知識の獲得と問題解決法の習得をめざし、物理学的なものの見方に慣れるようにする。ここでは質点および剛体の力学を学習して物体の運動に関する基本的な原理や法則を知り、物理学の理解を深め、問題解決の能力をみがく。解析に必要となる数学的な能力をみがく。
Acquisition of basic knowledge of classical mechanics as the fundamental physics, obtaining skills of solving problems, and thereby getting familiar with the way of thinking in physics are the purposes of the course. Specifically, students will learn mechanics of particles and rigid bodies, through which knowledge of the basic principles and laws on the motion of bodies will be gained, with deeper insight into physics and skills for problem solving being obtained. Skills for mathematical analysis are also developed.
物理学の基礎である力学について基本的知識の獲得と問題解決法の習得をめざし、物理学的なものの見方に慣れるようにする。ここでは質点および剛体の力学を学習して物体の運動に関する基本的な原理や法則を知り、物理学の理解を深め、問題解決の能力をみがく。解析に必要となる数学的な能力をみがく。
Acquisition of basic knowledge of classical mechanics as the fundamental physics, obtaining skills of solving problems, and thereby getting familiar with the way of thinking in physics are the purposes of the course. Specifically, students will learn mechanics of particles and rigid bodies, through which knowledge of the basic principles and laws on the motion of bodies will be gained, with deeper insight into physics and skills for problem solving being obtained. Skills for mathematical analysis are also developed.
物理学の基礎である力学について基本的知識の獲得と問題解決法の習得をめざし、物理学的なものの見方に慣れるようにする。ここでは質点および剛体の力学を学習して物体の運動に関する基本的な原理や法則を知り、物理学の理解を深め、問題解決の能力をみがく。解析に必要となる数学的な能力をみがく。
Acquisition of basic knowledge of classical mechanics as the fundamental physics, obtaining skills of solving problems, and thereby getting familiar with the way of thinking in physics are the purposes of the course. Specifically, students will learn mechanics of particles and rigid bodies, through which knowledge of the basic principles and laws on the motion of bodies will be gained, with deeper insight into physics and skills for problem solving being obtained. Skills for mathematical analysis are also developed.
物理学の基礎である力学について基本的知識の獲得と問題解決法の習得をめざし、物理学的なものの見方に慣れるようにする。ここでは質点および剛体の力学を学習して物体の運動に関する基本的な原理や法則を知り、物理学の理解を深め、問題解決の能力をみがく。解析に必要となる数学的な能力をみがく。
Acquisition of basic knowledge of classical mechanics as the fundamental physics, obtaining skills of solving problems, and thereby getting familiar with the way of thinking in physics are the purposes of the course. Specifically, students will learn mechanics of particles and rigid bodies, through which knowledge of the basic principles and laws on the motion of bodies will be gained, with deeper insight into physics and skills for problem solving being obtained. Skills for mathematical analysis are also developed.
物理学の基礎である力学について基本的知識の獲得と問題解決法の習得をめざし、物理学的なものの見方に慣れるようにする。ここでは質点および剛体の力学を学習して物体の運動に関する基本的な原理や法則を知り、物理学の理解を深め、問題解決の能力をみがく。解析に必要となる数学的な能力をみがく。
Acquisition of basic knowledge of classical mechanics as the fundamental physics, obtaining skills of solving problems, and thereby getting familiar with the way of thinking in physics are the purposes of the course. Specifically, students will learn mechanics of particles and rigid bodies, through which knowledge of the basic principles and laws on the motion of bodies will be gained, with deeper insight into physics and skills for problem solving being obtained. Skills for mathematical analysis are also developed.
物体の運動を扱う物理学の分野である力学の学習を通して，法則からの演繹的議論による結果の導出など，物理的なものの考え方に親しむ。
This lecture is intended to provide a basic concept of physics, such as deriving results from deductive discussions from the laws of physics, through the understanding of mechanics, which describes the motion of bodies.
物体の運動を扱う物理学の分野である力学の学習を通して，法則からの演繹的議論による結果の導出など，物理的なものの考え方に親しむ。
This lecture is intended to provide a basic concept of physics, such as deriving results from deductive discussions from the laws of physics, through the understanding of mechanics, which describes the motion of bodies.