Physics for Scientists and Engineers with Modern Physics notes

These notes cover the basics of rotational motion. They show how to convert between translational and rotational motion. There are equations related to torque and moment of inertia of different objects. They also show several sample problems related to rotational motion including a carousel, biceps motion, pulley systems, and rods rotating.

A great knowledge booster and review for Dynamic physics, University physics. well designed for all the students in any engineering or similar majors. For preparing for the exams or helping for solving homework.

Notes, mainly important notes. Not everything is covered only the most important information. These notes got me a B+ . And if I were to utilize them further they would of got me to an A. The notes have examples and formulas. A little extra content is covered, just because I found the last sections interesting.

Notes, mainly important notes. Not everything is covered only the most important information. These notes got me a B+ . And if I were to utilize them further they would of got me to an A. The notes have examples and formulas. A little extra content is covered, just because I found the last sections interesting.

These notes cover the basics of rotational motion. They show how to convert between translational and rotational motion. There are equations related to torque and moment of inertia of different objects. They also show several sample problems related to rotational motion including a carousel, biceps motion, pulley systems, and rods rotating.

A great knowledge booster and review for Dynamic physics, University physics. well designed for all the students in any engineering or similar majors. For preparing for the exams or helping for solving homework.