Add to ORKGGoals: To develop an understanding of Newtonian mechanics with emphasis on conservation principles. Content: Particle dynamics in one and three dimensions with special attention to the central force problem, simple harmonic oscillator, kinematics, dynamics of a system of particles, wave motion, generalized coordinates, and the Lagrangian formulation of mechanics. This course acts as an elective of the Computational Science minor because students model dynamical systems using computer software like Mathematica. Taught: Annually. Prerequisite: PHYS 1240 and MATH 3720. Credits:
Goals: To introduce students to the basic concept of physics, and to develop skill in formulating an...
This course will survey physics concepts and their respective applications; it is intended as a basi...
Bibliography: p. [xii]pt. I. General principles.--pt. II. Dynamics of rigid bodies.--pt. III. Theory...
Goals: To develop an understanding of Newtonian mechanics with emphasis on conservation principles. ...
Goals: To develop an understanding of Newtonian mechanics with emphasis on conservation principles. ...
Goals: To develop an understanding of Newtonian mechanics with emphasis on conservation principles. ...
Outline: • Elementary Newtonian Dynamics: Dynamics of systems of parti-cles- Newton’s laws and rotat...
Particle mechanics in one, two, and three dimensions: rigid body motions in three dimensions: motion...
Goals: To understand the dynamic behavior of mechanical systems. Content: Vector analysis, rectiline...
In this book Professors Ames and Murnaghan undertake a mathematically rigorous development of theore...
Vectors; kinematics in three dimension; dynamics-Newton's laws; work and energy; conservation of ene...
This book is based on the author’s lecture notes for his Introductory Newtonian Mechanics course at ...
Goals: To understand the dynamic behavior of mechanical systems. Content: Vector analysis, rectiline...
Goals: To introduce quantum mechanics as the language of modern physics with application to some typ...
Goals: To introduce students to the basic concept of physics, and to develop skill in formulating an...
Goals: To introduce students to the basic concept of physics, and to develop skill in formulating an...
This course will survey physics concepts and their respective applications; it is intended as a basi...
Bibliography: p. [xii]pt. I. General principles.--pt. II. Dynamics of rigid bodies.--pt. III. Theory...
Goals: To develop an understanding of Newtonian mechanics with emphasis on conservation principles. ...
Goals: To develop an understanding of Newtonian mechanics with emphasis on conservation principles. ...
Goals: To develop an understanding of Newtonian mechanics with emphasis on conservation principles. ...
Outline: • Elementary Newtonian Dynamics: Dynamics of systems of parti-cles- Newton’s laws and rotat...
Particle mechanics in one, two, and three dimensions: rigid body motions in three dimensions: motion...
Goals: To understand the dynamic behavior of mechanical systems. Content: Vector analysis, rectiline...
In this book Professors Ames and Murnaghan undertake a mathematically rigorous development of theore...
Vectors; kinematics in three dimension; dynamics-Newton's laws; work and energy; conservation of ene...
This book is based on the author’s lecture notes for his Introductory Newtonian Mechanics course at ...
Goals: To understand the dynamic behavior of mechanical systems. Content: Vector analysis, rectiline...
Goals: To introduce quantum mechanics as the language of modern physics with application to some typ...
Goals: To introduce students to the basic concept of physics, and to develop skill in formulating an...
Goals: To introduce students to the basic concept of physics, and to develop skill in formulating an...
This course will survey physics concepts and their respective applications; it is intended as a basi...
Bibliography: p. [xii]pt. I. General principles.--pt. II. Dynamics of rigid bodies.--pt. III. Theory...