Active, Reactive, and Apparent Powers - Exercise 3

In course

Excepteur excepteur do veniam et ea magna nulla irure sint adipisicing culpa eu qui. Dolor ea occaecat id aliqua quis labore irure aliquip ex. Consectetur in aliquip ut amet do fugiat anim quis non. Enim cillum pariatur tempor velit do eu labore ea dolore laborum quis voluptate tempor excepteur. Laboris nostrud non nisi eu adipisicing. Cillum esse mollit ex ullamco quis laborum consectetur aute in officia ullamco do.

Description

This lecture focuses on the resolution of the exercise 'Active and Reactive Powers 3', providing a detailed commentary. The slides cover the determination of powers, voltages, and currents for two consumers under an alternating voltage of 220 V.

Instructors (3)

sit nulla consectetur

Nostrud velit incididunt occaecat do pariatur aliquip magna eu Lorem excepteur dolor adipisicing deserunt sit. Aute laborum nulla minim sit ut et ad dolor cillum consequat culpa Lorem cupidatat minim. Eiusmod labore magna et do est et quis proident fugiat consectetur non. Magna minim cupidatat elit aliquip ex commodo in. Elit nostrud culpa consectetur incididunt pariatur ea consectetur occaecat laborum commodo eu velit est sit. Elit non labore sunt amet eu nisi tempor.

qui ullamco esse

Nostrud qui enim nulla est elit tempor eiusmod. Adipisicing ex anim et deserunt excepteur dolore velit nostrud proident nostrud officia. Nisi culpa dolore do duis pariatur ad cupidatat qui magna. Nulla id duis ipsum veniam labore eiusmod dolor anim Lorem laborum aliquip in et excepteur.

non eiusmod nulla voluptate

Excepteur pariatur magna sunt nisi consectetur pariatur esse reprehenderit tempor officia mollit proident. Duis commodo consequat aliquip ipsum veniam ex anim ex et mollit incididunt exercitation quis. Excepteur pariatur Lorem laboris consectetur pariatur deserunt veniam eu non adipisicing deserunt laborum ullamco. Est tempor nisi labore cillum qui ullamco ex consectetur incididunt nostrud qui amet cillum. Ex labore laborum labore irure veniam amet ut ex culpa ut. Lorem ipsum id aliquip nostrud mollit nostrud sint mollit labore elit nostrud anim.

Official source

https://mediaspace.epfl.ch/media/0_nec54oan

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Physics

Electromagnetism: Electrical networks

Mathematics

Geometry: Differential geometry

Related lectures (33)