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Electrical phenomena

tipo de documento Physics - Teaching sequence

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Electrical phenomena

Worksheet overview

Description:

In this teaching unit you will learn: To describe qualitatively the phenomena of electrification, electrostatic attraction and repulsion and to introduce the concepts of electric charge, insulators and conductors. To justify Coulomb's law and use it to calculate the force exerted by one or two charged particles on another. To intensity and calculate its value in the case of one or two charged particles. To describe the electric field using force lines. To justify the concepts of potential electric energy and potential, as well as using them to calculate the work done when moving a particle in the electric field.To observe the relation between field intensity and potential. To carry out some predictions on the movement of charges in uniform fields.

Teaching orientation:

PREVIOUS KNOWLEDGE: The knowledge required is explained in this course

METHODOLOGY : Conceptual and procedural in a virtual environment.

TEACHING OBJECTIVES : To describe qualitatively the phenomena of electrification, electrostatic attraction and repulsion and to introduce the concepts of electric charge, insulators and conductors. To justify Coulomb's law and use it to calculate the force exerted by one or two charged particles on another. To intensity and calculate its value in the case of one or two charged particles. To describe the electric field using force lines. To justify the concepts of potential electric energy and potential, as well as using them to calculate the work done when moving a particle in the electric field. To observe the relation between field intensity and potential. To carry out some predictions on the movement of charges in uniform fields.

License:

creative commons: attribution - non commercial - share alike

License description:

The use of the following contents is universal, free of charge and open, provided that it is for non-commercial educational use. The actions, products and utilities derived from its use are therefore not allowed to generate any profit. Moreover, the reference to the source is required.

End user:

learner

teacher

Context:

classroom

distance

home

General

Language:

english

KeyWords: sciences electricity power physics charge conductor potential voltage watt volt ampere electrical phenomena Coulomb electrical field electrical potential

Scope: universal

Structure:

linear

Agregation level:

Teaching Sequence

Collection: Newton

Node:

INTEF

agrega.educacion.es

Repository URL: /repositorio/14092010/fe/es_2010091463_9120431

IMS Manifest Download file

Technique

Format:

text/html

Requirement type:

operating system

Requirement name:

multi-os

Requirement type:

browser

Requirement name:

any

Installation considerations:

Installation is not required

Other platform requirements:

Locally install and enable the Java interpreter and the Descartes applet plug-in.

Duration: PT2H

Educational use

Educational learning resource type:

real or virtual learning environment

Interaction type:

mixed

Interaction level:

high

Semantic density:

medium

Age: 16 years or older

Difficulty:

medium

Learning time: Learning time: 2 teaching sessions

Educational language:

english

Cognitive process:

analyse

describe

observe

practise

represent

understand

Rights

License cost:

Access type:

universal

Access description:

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