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La Ley de Hooke

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La Ley de Hooke

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About this activity

Relación entre fuerza y deformación en resortes.

Created by

Sergio Velásquez
Sergio Velásquez
Bolivia

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La Ley de Hooke
 

La Ley de HookeOnline version

Relación entre fuerza y deformación en resortes.

by Sergio Velásquez
1

Introducción a la ley de Hooke

La ley de Hooke describe cómo la fuerza necesaria para deformar un objeto es proporcional a la deformación producida, dentro de su rango elástico.

2

Qué dice la ley

En un resorte, la fuerza ejercida es opuesta a la dirección de la deformación, buscando restablecer su longitud original.

3

Fórmula central

La fórmula central es F = -k x, donde F es la fuerza, k la constante elástica y x la deformación.

4

Qué es la deformación

La deformación x es la elongación o compresión respecto a la longitud en reposo del objeto.

5

Resortes y el rango lineal

En resortes lineales, Hooke se aplica mientras no se exceda el límite elástico y se mantenga dentro del rango lineal.

6

Unidades y medidas

Unidades clave: la fuerza se mide en Newtons y la deformación en metros, con la constante k en N/m.

7

Limitaciones

La ley falla cuando la materia se deforma permanentemente o se calienta, rompiéndose o entrando en plasticidad.

8

Experimento sencillo

Experimento sencillo: cuelga un resorte, añade masas y mide la elongación; verifica que F es proporcional a x.

9

Aplicaciones

Aplicaciones: diseños de amortiguadores, muelles de relojería y dispositivos de medición de fuerza dependen de k y x.

10

Resumen práctico

Resumen: Hooke relaciona fuerza, elasticidad y deformación; dentro del rango elástico, la relación es lineal y predecible.
 
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