Cinemàtica i Moviment en Física

Kinematics: Displacement, Velocity, and Acceleration

This deck covers the fundamental concepts of kinematics, including displacement, velocity, acceleration, and their related equations. It explains different types of motion and how to calculate key kinematic quantities.

Understanding 'My Mother at Sixty-six' by Kamala Das

This deck explores key concepts and themes from Kamala Das's poem 'My Mother at Sixty-six', focusing on the poet's reflections on aging, familial relationships, and emotional nuances.

Atomic Theory and Discoveries

This deck covers the historical development of atomic theory, including Dalton's contributions, the discovery of subatomic particles, and the techniques used to observe atoms.

The African Charter on Human and People's Rights

This deck covers the key aspects of the African Charter on Human and People's Rights, including its history, rights and duties, state obligations, and the role of the African Commission on Human and People's Rights.

Electrostatics Fundamentals

This deck covers the basic principles of electrostatics, including the nature of electric charges, methods of charging objects, and applications and dangers of electrostatic phenomena.

Pulse and Wave Concepts

This deck covers fundamental concepts related to pulses, including definitions, properties, and interference types.

Fluid Dynamics of Single Particles

This deck covers key concepts from the study of fluid dynamics related to single solid particles in fluids, focusing on drag coefficients, terminal velocity, and the effects of various conditions on particle motion.

EML4225 Lecture 1: Introduction to Vibrations

This deck covers the basics of vibrations, free vibration, and the spring-mass model. It includes key concepts such as simple pendulum, equation of motion, natural frequency, and simple harmonic motion.

Surface Area and Volume: Three dimensional Figures

This flashcard set introduces key geometric terms related to three-dimensional figures, including components like edges, faces, and vertices. It also explains the structure of common solids such as prisms and pyramids, and defines a net as the 2D layout used to form 3D models.