The rolling motion of a rigid object is related to many physical phenomena, starting from daily life, such as the motion of bicycle wheel till the unusual and fascinating rotation of a Gyroscope spinning about its axis of symmetry. In the following problem we deal with such a motion and apply the concepts of angular momentum and conservation laws needed to handle such phenomena. Have a joyful reading !
Syed Muhammad Abbas is seeking a position that allows him to contribute passionately and efficiently to an organization. He has a MBA in HR from Preston University Kohat and a BS in IT from The Islamia University of Bahawalpur. His experience includes over 5 years working in customer service roles for Ufone and as a Franchise Manager for Bukhari Communications Wateen Telecom Franchise. He has strong skills in customer service, sales, relationship management, billing systems, and training.
Here is a description of the skills, experience and tools I have mastered through my career and what I'm currently learning to continue to improve what I know.
A brief description of the skills I have gathered throughout my life which has allow me to expand professionally and the ones that I'm continuing to sharpen and master.
This document discusses the motion of charged particles in electric and magnetic fields. It begins by introducing the topic and importance of understanding single particle motion. It then examines the motion of a particle in (1) a constant, uniform electric field, finding the maximum velocity it can attain, and (2) a constant, uniform magnetic field, deriving that it will travel in a circular orbit with Larmor radius. The document further derives the equations of motion and orbit for a particle in a magnetic field. It concludes by discussing drift motions such as the EB drift caused by combined electric and magnetic fields.
Laporan praktikum ini membahas tentang transformasi 2 dimensi dan 3 dimensi serta penggunaan bahasa pemrograman OpenGL untuk menggambar objek. Mahasiswa melakukan percobaan dengan menggunakan fungsi-fungsi dasar OpenGL seperti translasi, rotasi, dan skala untuk mengimplementasikan transformasi tersebut pada objek 2D dan 3D.
This document provides details on measuring the resistance of semiconductors using the four probe method and how it varies with temperature. It first explains Ohm's law and the two probe method for measuring resistance. The four probe method is then introduced to overcome issues with contact resistance. The document derives equations to calculate resistivity based on probe spacing and sample thickness/boundaries. Finally, it discusses how the intrinsic conductivity of semiconductors increases with temperature due to more electrons occupying the conduction band, following an exponential relationship, and how carrier mobility decreases with increasing temperature due to more collisions.
Natrium adalah logam alkali yang reaktif, ringan, dan putih keperakan. Natrium diperoleh melalui elektrolisis larutan NaCl dan CaCl2. Natrium bereaksi keras dengan air dan dapat meledak. Senyawanya digunakan sebagai bumbu masak, sabun, deterjen, dan industri.
The rolling motion of a rigid object is related to many physical phenomena, starting from daily life, such as the motion of bicycle wheel till the unusual and fascinating rotation of a Gyroscope spinning about its axis of symmetry. In the following problem we deal with such a motion and apply the concepts of angular momentum and conservation laws needed to handle such phenomena. Have a joyful reading !
Syed Muhammad Abbas is seeking a position that allows him to contribute passionately and efficiently to an organization. He has a MBA in HR from Preston University Kohat and a BS in IT from The Islamia University of Bahawalpur. His experience includes over 5 years working in customer service roles for Ufone and as a Franchise Manager for Bukhari Communications Wateen Telecom Franchise. He has strong skills in customer service, sales, relationship management, billing systems, and training.
Here is a description of the skills, experience and tools I have mastered through my career and what I'm currently learning to continue to improve what I know.
A brief description of the skills I have gathered throughout my life which has allow me to expand professionally and the ones that I'm continuing to sharpen and master.
This document discusses the motion of charged particles in electric and magnetic fields. It begins by introducing the topic and importance of understanding single particle motion. It then examines the motion of a particle in (1) a constant, uniform electric field, finding the maximum velocity it can attain, and (2) a constant, uniform magnetic field, deriving that it will travel in a circular orbit with Larmor radius. The document further derives the equations of motion and orbit for a particle in a magnetic field. It concludes by discussing drift motions such as the EB drift caused by combined electric and magnetic fields.
Laporan praktikum ini membahas tentang transformasi 2 dimensi dan 3 dimensi serta penggunaan bahasa pemrograman OpenGL untuk menggambar objek. Mahasiswa melakukan percobaan dengan menggunakan fungsi-fungsi dasar OpenGL seperti translasi, rotasi, dan skala untuk mengimplementasikan transformasi tersebut pada objek 2D dan 3D.
This document provides details on measuring the resistance of semiconductors using the four probe method and how it varies with temperature. It first explains Ohm's law and the two probe method for measuring resistance. The four probe method is then introduced to overcome issues with contact resistance. The document derives equations to calculate resistivity based on probe spacing and sample thickness/boundaries. Finally, it discusses how the intrinsic conductivity of semiconductors increases with temperature due to more electrons occupying the conduction band, following an exponential relationship, and how carrier mobility decreases with increasing temperature due to more collisions.
Natrium adalah logam alkali yang reaktif, ringan, dan putih keperakan. Natrium diperoleh melalui elektrolisis larutan NaCl dan CaCl2. Natrium bereaksi keras dengan air dan dapat meledak. Senyawanya digunakan sebagai bumbu masak, sabun, deterjen, dan industri.