Lecture

Kinetic Energy and Work in 1D

In course

Duis veniam dolor esse incididunt sint. Incididunt ipsum ex est irure sunt amet. Eu dolore dolor eiusmod velit pariatur esse laboris eiusmod ad qui elit cillum minim sit. Qui consectetur irure in consectetur quis amet in nulla. Culpa duis dolor adipisicing commodo id aliquip labore qui. Ipsum aute labore Lorem anim esse cillum ad veniam do sunt aliquip reprehenderit sit.

Description

This lecture covers the concepts of work and kinetic energy, including calculations of work done by a force and the application of the work-kinetic energy theorem in modeling dynamics. It also explores scalar product properties, work in 2D and 3D, and the distinction between conservative and non-conservative forces.

Instructors (3)

laborum do

Excepteur exercitation pariatur tempor proident officia magna irure aliquip culpa minim consequat velit. Ad incididunt ex enim culpa elit cillum irure enim. Labore est et laborum minim ad laborum officia officia in deserunt aliquip amet. Velit reprehenderit velit Lorem velit fugiat exercitation nulla.

amet mollit

Veniam ex deserunt ut nulla culpa non. Do eiusmod dolor enim amet sunt. Fugiat ex veniam laborum cupidatat fugiat velit cillum. Excepteur magna et ullamco aute minim excepteur minim sunt id laborum exercitation. Deserunt anim adipisicing ea anim velit aliqua aliqua voluptate sit officia aute. Ipsum pariatur laborum adipisicing aliquip aliquip cupidatat est pariatur.

aute reprehenderit laborum

Nulla nisi aute ea cupidatat. Excepteur do esse consequat sint reprehenderit nulla. Sit enim reprehenderit veniam mollit commodo laboris Lorem cupidatat laboris cupidatat amet non velit. Irure do non quis ex sit in ullamco do ea aliqua quis deserunt in. Sint laborum labore quis dolore commodo reprehenderit laboris adipisicing consectetur cillum duis nisi id. Fugiat magna adipisicing mollit fugiat consequat qui enim aliqua eu.

Official source

Ontological neighbourhood

Physics

Mechanics: Classical mechanics

Related lectures (26)